Getac Technology 050 LTE Module User Manual

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Document ID	1850590
Application ID	owKVVX86D/9Nhohv11VAKQ==
Document Description	User manual Pt 2
Short Term Confidential	No
Permanent Confidential	No
Supercede	No
Document Type	User Manual
Display Format	Adobe Acrobat PDF - pdf
Filesize	411.6kB (5144950 bits)
Date Submitted	2012-12-03 00:00:00
Date Available	2012-12-03 00:00:00
Creation Date	2012-10-30 19:58:59
Producing Software	Acrobat Distiller 6.0 (Windows)
Document Lastmod	2012-10-31 18:05:56
Document Title	untitled

Product Technical Specrlrcarron 8. Customer DESlgI’I Gurdelrnes
FCC RF Radiation Exposure Statement:
1. This Transmitter must not be co-located or operating in conjunction with any
other antenna or transmitter.
2. This equipment complies with FCC RF radiation exposure limits set forth for
an uncontrolled environment for body-worn configuration in direct contact to the
phantom.
Information to OEM integrator
The OEM integrator has to be aware not to provide information to the end user
regarding how to install or remove this RF module in the user manual ofthe end
product.
The user manual which is provided by OEM integrators for end users must
include the following information in a prominent location.
1.To comply with FCC RF exposure compliance requirements. the antenna used
for this transmitter must be installed to provide a separation distance of at least 20
cm from all persons and must not be co—located or operating in conjunction with
any other antenna or transmitter. except in accordance with FCC multi—
transmitter product procedures.
2. Only those antennas with same type and lesser gain filed under this FCC ID
number can be used with this device.
3. The regulatory label on the final system must include the statement: “Contains
FCC ID: MAU050 or using electronic labeling method as documented in KDB 784748.
4. The final system integrator must ensure there is no instruction provided in the
user manual or customer documentation indicating how to install or remove the
transmitter module except such device has implemented two-ways
authentication between module and the host system.
This equipment has been tested and forrnd to comply with the limits for a Class 8 digital device. prrrsuant
to part 15 of the FCC rrrles. These Ii are designed to provide reasonable protect on against harmful
interference in a residential install. on. This equipment generates. uses and can radiate radio frequency
energy and. if not installed and used in accordance with the instructions. may cause harmful interference
to radio communications. However. there is no grrararrtee that interference will not occur n a particular
installatro If this eqr 'pment does cause harmful interference to radio or televr on receptron. which can
be determined by turning the equipment off and on. the user is encouraged to try to correcttlre
interference by one or more of the following measures:
-Reorient or relocate the receiving antenna.
‘lncrease the separation between the equipment and receiver.
4Connect the equipment into an orrtlet on a circuit different from that to which the receiver is connected.
ACorrsult the dealer or an experienced radiofTV technician for help.
FCC Part 15.21 information for user
You are cautioned that changes or modifications not exprefily approved by the party responsible for
compliance could void your authority to operate the equipment.
Ur
Propnerary and Corrlrdenllal . Contents subrecl to change 2400074
8: Mechanical and Environmental Specifi-
cations
The LT|:7750 module complies mm 019 mechanical and
environmenlal specifications in Table 8-1 Final product oonlormance
to Inese specnlicalions depends on Iha OEM devrca implernanlallon
Tabla 8-1: Mechanical and cnvlronmental specifications
Temperature Operauonal -30‘C lo ‘60’C — Full RF oorrpl’ance
Non-operational ~40'C lo vBS‘C. 96 hours
(irom MIL-STD 232 Mmod 108)
Helms humKMy Non-operational 89C, 55% relatlve hummly (or 48 hours
(non-oondensrng)
Vibration Nonaperabonal Random vrhralron‘ 10 no 1000 Hz‘ nominal
8 G rrns In each or lhrae "Wally perpendiwlar axas
Tea duraflnn of60 minutes for each axis. for a total test
time oi mm hours
Shock Non-operaklunal Hail sine shock. 2 ms‘ 180 inls (375 g)
Toma In each or three mutually pomendrcular axesl
posmve and negative (5 x 8, 30 bumps Mal)
Drop Non—operational 1 m on concrete on each of it faces, Mo urns (module
only),
(Elmsuhc discharge Operational The RF port (anlenna launch and RF wnnmr) oorrwlies
(See Beam with the IEC 8100042 slandard‘
dbdlislge (-9) an - Bedrosmic Discharge lmmun‘ly Test Levels
me ‘) mammary: :6 kV
Air Discharge' :8 kV
Nonaperalional The host connector lmarlaoa compliesum the following
aandards only
I +I- 1 kV Human Body Model (JESDQ2-A114-B)
I +l-125 V Charged Damion Modal (JES)22~C101)
Thwnal considemb'ons See ThorrMI considerations on pay 58.
Form factor PCl—Express Mrni Card shielded with moral and maimed
fabric
Dimensrons ngm- 50 95 mm
Width: 30 nm
Thickness 4 75 rrm
Weight Approxirrmely 10 g
Rev 4 Sep 11 Proprietary and Confidential - Cornenls subject to change 53
Product Technical Specification 8. Customer Design Guidelines
Device views
Topvlwl mm
wa51‘ Ywmbommm:
30.00
:0 WM) 30
2 UV "1' to 30
K .
2962“ "$24”: 1‘— 1,35 3 3' 19,30
1—.
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54 Propnetary and Commas - Contents subject to {mange 2400074
Mock-meal Ind Enmountnlnl Wale-lion!
Electrostatic dlscharge (ESD)
ThIOEMbmlflIh‘lmdngMhnMflmmmhIlha-mmw
w b—dur'ni Whgurwrmd 0931M (SeETflOB‘ioupHQESG
lumlculml)
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mall-MOM bESDbyMuflldem‘ud. (YMMHWESD
memonhmluml)
Rlv 4 Sun 11 may and mum-I - Can-15mm lo doangn 55
Product Technical Specification 8. Customer Design Guidelines
Thermal considerations
Embedded modules can generals signilicant amounts of heat that must be
dissipated tn the host device tor salary and periormance reasons,
Full! 84‘ Shad Iotllhm
The amount ol thermal dIsStpation requlred depends on:
- Supply vollage—See chapter 6: Power on page 45 lor details of max power
dissipation tor various operating rmdes.
Usage—Typical power dissipation values depend on the location WIIhln the
hosl, amount at data transferred, etct
Specilic areas requiring heat disstpation are shown in Figure 84:
- Transmitter—Top tape ol module near FtF connectors. Likely to be the hottest
area
Baseoand l—Top lace oi module, below the transmitter.
Receiver—Bottom lace ol module. behind the transmitter.
Baseband z—Bottom lace ot module behind Baseband L
To enhance heat dssipallon:
- Maxrrnize airllow over/around the module.
- Locate the module away from other hot componentei
- ll possuble. use the mounting holes to attach (ground) the devtce to the min
PCB ground or a metal chassis
Nole' Adequate dissipation of heat I: necessary to castle the! lhe module functons
property and tacomplywltn momennelnequr'lemenb in [11] POI EmrossMinicald
Electromechanlarl Sperm-lion Revision 12
Gammon: mlputryls not Wed—rm application 0! lbs mama! could
require waive pleasure to be applied when sealing the board, mum in dam to the
board
56 Proprietary and Confidential - Cements subject to change 2400074
Mechanical and Environmental Specifications
Module integration testing
When testing your integration design:
- Test to your worst case operating envrronment conditions (ternperature and
voltage)
0 Test using worst case operation (transmitter on 100% duty cycle. maximum
power)
- Monitor temperature at all shietd Iocattons. Attach thermocouples lo the areas
indicated in Figure 84 on page 56 (Transmitter. Baseband 1. Receiver.
Baseband 2).
Note: Make sure that your system design provides summon! ooolmg for the module. RF
aluefl temperetLre should be heplbelow 90°C when Integrated Ioprvventdemege to the
undule’s m8
(For acceptance. certification. quality. and production (inducing RF) test
suggestions. see Testing on page 71.)
Rev 4 Sep 1i Proprietary and mm». - Comm subject to change 57
Product Technical Specihcation 8. Customer Design Guidelines
58 Mary and Confidentigl - Cements sulrajeotrlo firms QM“
, . 9: Regulatory and Industry Approvals
Reva Septt
Proprietary and Confidemial - Contents subject to change
This module is destgned to and. upon commerctal release. will be
certified to meet camer requirements (6.9, Verizon Wireless).
Upon commercial release, the tollowing regulatory approvals will
have been attained:
‘ FCC
- [Gunman/Canada)
Upon commercial release. the lollowmg industry approvals Will have
been obtained:
- GCF-CC (may be obtained upon customer request)
Additional approvals may be obtained upon customer request—
ccintacl your Sierra Wireless account representative tor details.
Additional testing and certification may be required tor the end
product With an embedded LTE7750 modem and are the
respon eitiiltty ol the OEM. Sierra Wireless otters prolessm nal
services—based assistance to OEMs with the testing and certifican'on
process. it required.
Important notice
Because of the nature at Wireless corru-nunications. transmisston and
reception at data can never be guaranteed. Data may be delayed.
corrupted 0.9.. have errors) or be totally lost. Although signitlcant
delays or losses at data are rare when wireless devices such as the
Sierra Wireless modern are used "1 a normal manner with a well-
constructed network. the Sierra Wireless modem should not be used
in situations where failure to transmit or receive data could result in
damage ot any kind to the user or any other party. including but not
limited to personal injury. death. or loss at property. Sierra Vlfiretess
and its altiliates accept no responsibility tor damages at any kind
resulting Irom delays or errors in data transmitted or received using
the Sierra Wireless modem. or tor tenure at the Sierra Wireless
modem to transmit or receive such data.
Safety and hazards
Do not operate your LTEI750 ri'iodem:
. In areas where blasting is in progress
- Where exploswe atmospheres may be present including
reluelling points. luel depots, and chemical plants
0 Near medical equipment. lite support equipment. or any
equipment which may be susceptible to any lorm ol radio inter—
ference. in such areas. the LTE7750 modem MUST BE
Product Technical Speutication 8. Customer Design Guidelines
POWERED OFF, othenmse. the LTE7750 modem can transmit Signals that
could intertere With this equipment.
In an aircralt. the LTE7750 modern MUST BE POWERED OFF. Otherwise. the
M07750 modem can transmit Signals that could intartere with various onboard
systems and may be dangerous to the operation at the aircratt or disrupt the
cellular network. Use at a cellular phone in an aircratt is illegal in some
lunsdiclions, Failure to observe this instruction may lead to suspension or dental
ot cellular telephone serVIoes to the otfender. or legal action or both.
Some amines may permit the use at cellular phones while the aircralt is on the
ground and the door is open. The LTE7750 modern may be used normally at this
time.
Important compliance information for
North American users
The LTE7750 modem has been granted modular approval ior mobile applications.
Integrators may use the modem In their linal products without additional FCC/IC
(Industry Canada) certitlcation it they meet the lollowing conditions. Otherwise.
additional FCCIIC approvals must be oblained,
- Although the LTE7750 modern has been gamed module approval, there are
many conditions attached to this approval; tinal host integration will likely
require additional testing. Detailed guidelines are described in OEM device
classification process on page 61 to asstst OEM module integrators in deter-
mining the extent or additional testing necessary to comply with FCC require-
ments.
- The end product with an embedded LTE7750 modem must be evaluated tor
simultaneous iransmsslon requirements. See Sirmltaneous transmission
evaluation on page 82 tor details,
0 A user manual with the end product must clearly indicate the operating
requirements and conditions that must be observed to ensure compliance
With current FCC / IC FlF exposure guidelines. See OHM product Instruction
annual content on page 63 tor details.
- To comply with FCC I it: regulations limiting both maximum FtF output power
and human exposure to RF radiation. the maximum antenna gain including
cable loss in a mobile-only exposure condition must not exceed:
- Part 22 (Cellular): 7.3 dBl
- Part 24 (PCS): 3dBi
- Part 27 (Band I3): 9 dBi
- A label must be altixed to the outside at the end product into which the
LTE7750 modem is incorporated. With a statement Similar to the lollowmg:
- Thle device contain- FCC ID: MAWSO
The end product With an embedded LTEITSO modern may also need to pass the
FCC Part 15 unintentional emission testing requirements and be properly
authorized per FCC Part 15.
so Proprietary and Confidential - Cements subject to change 2400074
Regulatory and Industry Approvals
Note: II this module is intended lor use in a portable dewce. you are responsrble
tor separate approval to satisty the Sim requirements at FCC Part 2.1093 and IC
HSS—tOZ.
OEM integration
Application of regulatory guidelines
Because 'near-body' devices (handheids. laptops. tablets, scanners. etc) vary
Widely in design teatures. physical configurations. and use-nudists, module
integrators shall loilow the guidelines below regarding de‘rice classification and
simultaneous transmission. and seek guidance trom their preterred regulatory
lest lab to determine how regulatory guidelines Will impact the device compliance.
Proactive management at the regulatory process will minimize unexpected
schedule delays and costs due to unplanned testing activities.
Device classifications
The OEM integrator miisl determine the minimum distance required between their
device and me user's body.
The FCC prim/ides devtce ciassitication detiniltons to asSist in making the correct
determination Note that these classifications are guidelines only; strict
adherence to a device classitication may not satiety the regulatory reqmrement as
near-body device destgn details may vary widely.
FCC definitions:
Portable: (§2.1093)—A portable devtce is defined as a transmttting dewce
deSigned to be used so that the radiating stniclure(s) ol the deMice is/are
Within 20 centimeters ot the body at the user.
Mobile: (§2.1091)(b)—A mobile dewce is delined as a transmitting dewce
desrgied to be used in other than fixed locations and to generally be used in
such a way that a separation distance at at least 20 centimeters is normally
maintained between the Iransmitter's radiating structurets) and the body at
the user or nearby persons.
Per §2. 1091 d(d)(4) in some cases (tor example. modular or desktop transmitters).
the potential conditions at use ot a devtce may not allow easy classification at that
dew/ice as either Mobile or Portable. In these cases. applicants are responsible tor
determining minimum distances tor compliance lor the intended use and
installation ol the device based on evaluation at either specific absorption rate
(SAFt). tieid strength, or power density. umichever is most appropriate.
OEM device classification process
The primary tactor in determining Vimather a device will be classmed as a Portable
product or as a Mobile product is antenna separation distance (body to radiating
antenna element).
Rev 4 Sep 11 Proprietary and Confidential - Camems subiect to change 61
Product Technical Specilication 8. Customer Design Goidelines
The review process between the OEM module integrator and the prelerred
regulatory test lab is a crucial step in determining the appropriate device
classification. as it is impractical tor Sierra Vifireless to detine all possible
combinations at design teatures antennas. physical configurations. and use.
models.
1. Pertorm a dance remain with me preterred regulatory test lab to confirm
device classification.
2. Determine the Certification type (StanmIone or C2PC horn an existing
Modular Grant).
a. it the device classilication is:
- Portable: Prelerred regulatory lest lab to determine It a PBA or KDB Is
required.
- Mobile: Preterred regulatory test lab to determine It a PBA is required.
(Note: A PM or KDB Will likely be required for new technologies such as LTE
or WW.)
4. It the device classification is Mobile, confirm the antenna does not violate the
Gain Limits specific to the module grant as specified in Inportam compliance
lntormation tor North American users on page 60.
5. Outline and execute a test plan with the preterred regulatory test lab.
Testing is likely to include some or all at Parts 15. 22. 24, 27. and either SAR
(tor Portable devices) or MPE (tor Mobile devices).
6. Follow product labeling requirements as described in Important compliance
intern-alien tor North American users on page so. (Rel 52.925)
1. Include the OEM product instruction rmnual content on page 63 boilerplate
text within the host product's instruction manual.
Simultaneous transmission evaluation
The LTE7750 modem has not been evaluated or approved tor simultaneous
transn’ission as the number ol possible multi-transmission scenarios lor this
dome is large. Any simultaneous transmission condition established through
module Integration Into a customer-specific product must be evaluated per the
requirements in KDBA47498001(B) and KDBSlS217DOtDO$ (lot laptop.
notebook. nelbook, and tablet applications).
These requirements include. but are not limited to:
- Transmitters and modules certitied tor mobile or portable exposure conditions
can be incorporated in mobile host devtces wrthout lurther testing or certifi-
cation when:
- The closest separation among all Simultaneous transmitting antennas is
220 cm.
of
- Antenna separation distance and MPE compliance requirements tor All
simultaneous transmitting antennas have been specified in the application
tiling 0! at least one ol the oertilied transmitters within the host devrce. In
attrition. when transmitters certitied tor portable use are incorporated in a
mobile host device. the antennats) must be 25 cm tram all other simulta»
neous transmitting antennas.
G2 Proprietary and Confidential - Cements subject to change 2400074
§W4V§ep1i
l5roprialmy and wastrel - Coriterls subjeci :5 orange 63
Regulatory and Industry Approvals
All antennas tn the line! product must be at least 20 cm tram users and
nearby persons.
OEM product Instruction manual content
Consistent with §2.909(e), the following text must be Included within the users
manual or operator Instruction guide tor the final commercial product. (DEM-
specitic content ls displayed in italics.)
Operating Requirements and Conditions
The desrgn ol' (Promo! Nana) complies with US. Federal Cmimunieatioms Commission
(FCC) guidelim respecting safely levels of radio frequency (RF) exposure for {0H1 to
imam Arvin! damfiwrian: Mobile at Portable) devices.
FCC ID. (Ineludr Standalone FCC ID ”Maddie FCC ID as Nquimfl
Note: Include the Wm RF Exposure manual Io! Mobile devices any.
RF Exposure -This device is only authorized for we in: mobile unification At least
20 an (8 inches) of separation disumu between the (PrudrclNam-I device and the user's
body must be mlintained ll all times
Note: Include "to WIN RF Exposure scam-ant for Paul: devbes only.
RF Exposure - This devra: ins bear tested for eomplimee with FCC RF exposure limits
in a portable configuration At least (Insen Required Squarat‘im Mmfmm RF
Evposme Evaluation) cm of separation drainer: between the (Product Nam) device Ind
the mars bodymmbe mmnutinedntall times. Thisdevrcemustmtbeisedwithmy
other autumn cl ulnsmitlet that has nu been approved to operate In conjmction With this
device.
Note‘ Always imlude the lollowmg Comb" stem-ant,
CAUTION Any changes or modifications not expressly approved by {Comm Name)
or Siern Wireless could void the user's authority to operate the equipment
Note; Include Me Why .mtemenl I! Part 15 o! the FCC Rules is requied. Integration
Into hon dewoee contahtng unwound deviou may Inquire Martian-t comment: in this
section. The OEM .8an carfirm the extol" 0! their user": guide content min mar
interred Iagulata‘y test In.
Note: This equipment has been tested and [mid to comply with the limrts for i (Oflll to
mam dew“ type: Clnxnt or Class B) digital deuce. pursuant to Part IS 01' the FCC
Rules (OEM numfollaw Part 15 git-films (§I$. I 05 Md §15. I 9) "I determine
adrin'unal statement! unwind in (hi: rdcfionfur their thrice clan)
Product Technical Specihcation 8. Customer Design Guidelines
64 Mary and Confidentigl - Cements sulrajeotrlo firms QM“
A: Antenna Specif'cation A
This appendix describes recommended electncal performance
criteria for main path. diversity path, and GPS antennas used With
Aernme embedded modules.
The periormance specifications described in this section are valid
Mule antennas are mounted in the host device with antenna teed
cables routed in their hnal application configuration.
Note Anlennes should be designed “all MS momma! design l! finished
lo make sure the! lhe beetanrennes can be developed
Table A-1: Antenna requirements ‘
Antenna system
Exhemal mum-band 2:2 MIMO
ll Ana includes GPS. then it must also sat-fly
antenna system (Ann Mm)" requirement in Tdale A-2 on page 87
Operating bands 01 Antt 700—960 MHz
and Ant!‘
1710—1990 MHz
2110—2170 MHz
2500—2700 MHz
VSWR or Ann and Antz 1:1 (ideal) On all bands including band edges
<25] (recommended)
total radiated olficlency at
Ann and AM:
> 50%on an bands
0 Measured at the RF connector
0 Includes mismatch losses losses in the
matching circuit. and antenna losses.
excluding able lose
0 Sierra Wireless recommends usmg
antenna efficiency as the pnmry
parameter lor waluatmg the antenna
system
Peak gain is not a good indication ol
antenna performance when IMFIM
with a influence (the antenna does not
provide omnidirectional gain mnems)
Peak gain can beefleoted by antenna
size. location. design type, etc —the
antenna gain patterns remain fixed mless
one or more of these paramemrs change
Radiatlori patterns at Anti
and Ann
Nominauy Omnidirectional
radiation pomern in azumimi plane.
Rev 4 Sep 11 Proprietary and Confidential -
Contents subject to change
Product Technical Specification 8. Customer Design Guidelines
Table A-1: Antenna requirements (Continuedj‘
Envelope correlation
coefficient between Anti
<040n73J-980Mfizband
Anmszt)
Power handling
and Ant: <03 on 1300—1990an and
2110-2170 MHz bends
,.
< 0 2 on 2800—27oo MHz band
Mun Eflective Gain or z (5 L151
All" Ind Ant! (M561.
MEG!)
An“ and Ana Mean < 2 data MIMO epenh’on
Ellectlve Gain lrnhellnce I < 6 dB (or diversrty operuhon
M561 I MEGZ I
Maximum enten na gain Must nu exceed antenna gains See lrmomnt oumpienoe intornmion for
due to RF expxsure and ERPI Nomi Amerian users on page so
BRP limits. as used in the
module's FCC grant
Isolation hem-en Anti and >10 dB 0 It antennas an be moved, mail
- >2WRFpmeronlowbands
I >1Wonhlgh bands
posmers tor bah antennas
I Make sure all other WIrebss devices
(Biuetooth or WLAN enemas. etc ) are
turned OFF to wood interierence
- Measure power endurance war 4 hours
(estmnted ulk tune) using a 2 W CW
signal—set the CWtiest Signal trequency
to the middle otthe PCS Tx bond
(1 sec MHz tor PCS)
0 V’sualty tnspea device to ensure there Is
no damage to the antenna armature and
matnhlng commute
I VSWRl'iIS/TRP measurements token
Delete and alter this lea must show
similar resuls
I These muse vswn figures for the irenunller and: my not wlrlnlee ass levels lo be wtthln rewlItory mm: The
device alone meets el! reuulltory emssions llrnls when tested Into e «Died (meted) 50 ohm system With antenn-
duiws win up lo 2.51 VSWR or wee, m moi-ted minions amid exceed Itrrils The enlenne system meyneefl to be
tuned h order to meet the RSE ltrnis u the canola meld: between the mic and mtennl cen came unwanted levels of
emissions Yuninnrnny hclude Intennl pultem err-nun p-hwdeiey must-mm passive mt metering Err-moles at
the lnflluflm rest limls Wmlfl be Indudod tn FCC Pitt 22 end PM 21.!” use 12 21 1" 55M (JGPP YS 51.010)‘ lnfl lost
use 4.22 la WCDMAtETSl EN 301511)
D, MI —Prmuy, Anu—Seoontry {MW/MIMOIGPS wander 2)
4: sum bend ring" may requirements to: both Anti end Mr:
Propneiary and Confidential - Contents subject to change
2400074
Antenna Specrlicatlcn
Recommended GPS antenna
specifications
Table A-2: GPS standalone antenna requltements
Frequency range 0 157542 MHz 22 MHz
mimmum
- 1565—1606 MHz recom-
mded
Fleld of vlew (FOV) ' Omni-drreaional in azImum
' ~45“ to +90‘ In elevation
Pollrlzatlon > 0 dB
(average swan)
Vertical linear polarIzation Is
eminent
Gv and en are measured and
averaged mer ~45” he «90" In
elevabon. and 1180‘ In azimuth
Free space average galn > -8 dBi (preferabty > 41 OBI)
(Gwen) over FOV
Gain 0 Maxrmum garn and undovm
coverage in the man elevation
angle and zenith
0 Gal» In azumulh plane Is not
desired
Average 3D gain > A5 dBI
Isolation between GPS and > 10 darn all uplmk bands
Antt
Typical VSWR < 2 51
Polarizatlon Any other than LHCP (left-hand
crrcular polarized) s acceptable.
Antenna tests
The lollowmg gurdelines apply to the requlremenls descnbed In Table A-1 on
page 65 and Table A-2 on page 67:
- Pertorm eleclncal measurements at room lemperamre (+20“C to +26‘C)
unless otherwise specified
0 For man and dIversIly path antennas, make sure the antennas (Includlng
contact devlce. coanal cable. connectors. and nalchlng cIrcuil With no more
than st components, It required) have "annual impedances also 0 across
supported lrequency bands
- All tests (except Isotalron/correlatlon coelliCIent)—Test the main or drversny
antenna win the other antenna Ierminated.
Rev 4 Sep 11 Propnelary and Confidential - Contents subject to change 67
Product Technical Specllicalion 8. Customer Design Guldelines
- Any melallic pan 0! lhe antenna syshem lhal is exposed to the oulsude
environmenl needs to meel lhe electroslallc discharge tests pew IE6610004—
2 (conducted discharge +8le
0 The lunclional requirements of lhe antenna syslarn are lasted and venlled
while lha embedded mdule's anlenna is inlegaled in the has! device.
Nab: Additional testing. including echveperfmnanos leans. medial-5cm and accelerated
lie (em all be discussed with Sierra Wirelau' engineedng service; Contact you Sierra
Wilden mat-live fur "my
68 Mary and Confidential - Cements sulrajeollo dame Quill)“
B: Design Checklist
This chapter provtdes a summary ol the design considerations
mentioned throughout this guide, Thls Includes items relating to the
power Interface. RF Integration. thermal ccnsrderations. cabling
Issues and so on.
Note 7711': is NOT an exhaustive Is! a! desqn maturation: It is expected
that you Will employ good desryn prachces and engineering pnncrples in your
mtegralron
Table 3-1: Hardware Integration design consideratlons
component placement
Protect the SIM socket so the SIM cannot be removed while the SIM tmptemenmn on
host is powered up. page 32
It an ESD suppressor is not used. allow space on the SIM SIM Implementation on
connector for series resistors in layout. (Up to 100 a tray be was 32
used depending on ESDtesting requ’remerts).
Minimize RF cable laws as these aIIect pedomnoe values RF connectan on page 37
listed In product specification docurnerts,
Anmen nus
Match the nodule/antenna coax connections to 50 9— RF comectiona on page 37
m'smatched artenna irmedance and cable loss negatively
efiect RF perfon'mnce
If Installing CDMA and UMTS modules In the same device. Amer-n: nnd cablmg on
consider using separate antemas for maximum parlorrnance. P999558
Power
Make sure the power supply can handle the maximum current PM! mmptim on
Mad tor the modue type. page 45
Limit the total impedance at VCC and GND connections to the SIM lmptementation on
SIM at the connemor to lees than 1 0 (including any trace 939° 31’
impedance and waved element components—Inductors, filters.
etc.) All other lines must have a trace impedance less than 2 Q
Decouple the VCC line close to the SIM socket. The longer the SIM imptemmmion on
trace length (impedance) Irorn socket to module. the greater the page 32
capaclmnce requrement to meet compliance tests,
EMII ESD
Investigate sources of localized interference earty in the design Methodsro mtg-momma
cycle Rx pedumanoe on page 40
Rev 4 Sep 11 Proprietary and Confidential - Contents sublect to change 69
Product Technical Specrlrcalion 8. Customer Design Guidelines
Table 3-1: Hardware Integration design conslderatlons (Contlnuad)
70
Provide ESD protection for the SIM connector at the exposed SIM implememation on
comma point (in particular: the CLK VOC. l0. and RESET lines) page 32
Keep very low capacilanoe traces on the USIM_DATA and SIM Winn on
USIM_CU( signals, page 32
To mininlze noise leakage. establish a very good ground
comedian between the module and host,
Ground oomection on page 39
Route cables away from noise sources (for example power
supplies, LCD assemblies, eta).
Methods to more W
Rx pattern-nee on page 40
Shield high RF-emitting components ol the host device (for
example, min processor, parallel bus, eta).
Methods to mare mm
Rx parlormunoe on page 40
Use discrete filtering on low frequency lines to filter on unwanted
high-order harmonic energy.
Method- ro more den-mad
Rx undermines on page 40
Use rmllr~layer P035 to form shielding layers around high—speed
clock traces,
Mottled: to mate decreased
Rx Worm-nee on page 40
Thermal
Test to worst case operating conditions—temperature, voltage,
and operation mode (transmitter on 100% day were. maximum
pcwer).
Tharrml oonddoratim on
page 56
Use appropriate techniques to reduce modue temperatures (tor
exarmle airflow. heat sinks, heat-relief tape, mourn placement.
eta).
Themal consider-allots on
page 56
HDSUMDIEM communication
Make sure the host USB diver supports remote wakeup, [SJAA‘rCaIu/Airi’rm use
resume, and suspend operations. and senal port emulation Drive! M099“ Gm
(M 2137634)
When no valid data is being sent, do not send 50F tokens from [5] Amara/Aimmne use
the host (causes unnewesary power consumption) PM Developers Guide
(Doc! 2137634)
Proprietary and Confidential - Currents subject to change
2400074
C: Testing C
Note. AllAiIfiimeambedded module: “factory—tested walnuts lhq/
conform to published product specifications.
Developers at OEM devices mtegattng Sierra Wireless Airane
embedded modules should include a series at test phases in their
manutacturtng process to make sure that their devices work properly
With the embedded modules.
Suggested phases include:
- Acceptance testing—Testing ot nodules when they are received
trom Sierra Wireless
- Certification testing—Testing oi completed devices to obtain
requlred certifications belore beginning mass production
- Production testing—Testing ot completed devtces with the
modules embedded
- Qualrty assurance testing—Post-productrcn
AT command entry timing
requirement
Some AT commands require time to process betore additional
commands are entered. For example. the modem will return “OK“
when It receives ATIDAFTMPCT. However. IiATlDASEMD Is recanted
too soon etter this, the modem wnl return an error.
When building automated test scripts. ensure that sutticient delays
are embedded where necessary to avoid these errors.
Acceptance testing
Note, Acceptance testing rs twain/perfumed for non shipment received.
When you recelve a shipment lrom Sierra “unless, you should flake
sure it Is suitable belore beginning production.
From a random sampling 0t units. test that:
- Units are operational
- Units are loaded With the correct firmware verston
Rev 4 Sep 11 Propnetary and Confidential - Contents subject to change 71
Product Technical Specilication 8. Customer Design Guidelines
—
Note You can perform
these teem using appro-
priate AT commands
Acceptance test requirements
To periorm the suggested tests. you require a test system In which to temporarily
install the module. and you must he able to observe the test device's LED
indicator.
Acceptance test procedure
The iollowtng is a suggested acceptance testing procedure uslng Sierra Wireless'
Watcher” software:
Test 1: Check power-up and initialization
1. Alter Installing the module. start the test system.
2. Launch Watcher.
3. Check the LED—ll the LED is 0". there is a problem with the module or with
the connection to the LED.
Test 2: Check version numbers
1. From Watcher, select Holy > About.
2. Verity that the firmware verSion in the Mom window is correct.
3. Close the Mom Window.
It the module tails either at these tests. or us not recognized by Watcher:
1. Replace the module with one that is known to work correctly and repeat the
tests.
2. It the tests are successlul. reinstall the original module and repeat the tests.
It the module still does not work correctly. contact your account manager.
Certification testing
Note: Typicelry certification helm of your device will the integrand module is mailed
one km only
The AirPrime embedded module has been oertitied as described In Regulatory
and Industry Approvals on page 59,
When you produce a host devloe wrth at Sierra Wireless AIrPrime embedded
module. you must obtain certilications tor the final product from appropriate
regulatory bodies in the jurisdictions where it will be distributed.
The lotlcwmg are some at the regulatory bodies horn which you nay require
certification—it is your responsibility to make sure that you obtain all necessary
certifications tor your product lrom these or other goups:
- FCC (Federal Communications Commissron—www.lcc.gov)
0 Industry Canada (www.ic.gc.ca)
- GSA (Canadian Standards Association—moans)
72 Prophetaiy and Confidential - Contents subject to change 2400074
Testt rig
Factory Mutual (FM Global—wwwallendalecom)
Underwriters Laboratories Inc, (www.u|.oom)
CDG (CDMA Development Group—www.cdg.org)
GCF (Global Cenltication Forum—www.9lobaloertflicationlorumorg) outside
01 North America
PTCRB (PCS Type Certification Review Board—www.mrbcom) in North
America
Production testing
Note F'roducbori mung typically continue: hr Ilia lite oltlie product
Production testing ensures thatr tor each assembled demo. the module is
installed coneclty (I/o signals are passed between the host and module), and the
antenna is connected and patterning to specifications (RF teats).
Typical items to test include:
- Host connectivtty
. Baseband (GPIO. host/ module connectors)
I RF assembly (T it and/or Rx. as appropriate)
0 Network availability
- Host/device configuration Issues
Note Theemountand wpes oliasb iopeflorm areyourdecrsiori—tha test: listed in this
section are guidelines only Make sure that the tests you perform exercise Iundiondfly to
the degree that your situaubn requies
Use an appropriate lest station tor your lasting environment (see Amptanoe hat
requirements on page 72 tor suggestions) and use AT commands to control the
integrated module.
Note: YwmtlooaticnmustbeprotododlromESDtowoidinterforenoew/ththemedule
and antenna). assuring that your that computer it in a disassembled state.
AM coriatder using an RF snietdi'ng box—local government regulations may prohibit
uneumorized transmissions
Functional production test
This section presents a suggested procedure tor pertorming a basic manual
tunctional test on a laboratory bench using an Aerrlme embedded module and a
Mini Card Dev Kit. When you have become familiar with the testing method. use it
to develop your own automated production testing procedures,
Rev 4 Sep 11 Proprietary and Confidential - Cements subiect to change 737
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Product Technical Specification 8. Customer Design Guidelines
—
Note. To mshll muucom.
you must have root
mess, or be inducted m
the sudoers 'le
1. Display the firmware version:
- ATlGVEI
a. Test the LED—Set the LED In blinking mode ustng this command. then
Visually verity that the LED turns on and on:
. AT'lLEDCTRL
9. Unlock the extended AT 00de set:
- Aflm
to. Put the module in diagnosilcltaolory iesi rmde:
- ATlDAFTMIC'I’
11. Comn'unlcate With the SIM using OCPIN of fiCIMI.
When pertorrning RF tests, use a test platlorm as described In Suggeshd
lasting equipment on page 81.
12. Test HF transmissron. It destred:
- (LTE) To test the LTE lransmrsston path. use a call box.
ta. Test HF reception, it desired:
. (CDMA) See Testing CDMA RF Receive path on page 77.
~ (LTE) See LTE RF receive path test on page 79.
14. Test standalone GPS tunctionellty—See GPS standalone connector Bet on
page so.
15. Drive WADISABLEAN low and confirm that the module powers down:
- Mndows systems—The Sierra ereless items under the Ports (COM 8.
LPT) entry in Device Manager disappear as the module powers ott.
- Linux systems—Enter the command Is (ml-muse. The devices
enumerated in Step 5 will not appear alter the module powers ott.
Downloading and configuring minicom for Linux systems
Note: This procedure is for Ubuntu systems I! you are using a divalent Linux dismbution.
use the appropriate commands [or your system to download mm.
To download and configure mlnicom In 3 Ubuntu sysmm’
1. Download and install minlcom—enier the bllowing command:
eudo anga install mlnlcom
2. When prompted, enter your user password to begin the download and instal-
Iatron. When mlnicom is installed. the shell prompt appears.
3. Configure minicom to communicate with your modem:
a. Start minicom With the following command:
minlcom -e
I. Use the down—arrow key to select the Suit pen soup option.
5. Reter to Step 5 on page 74 to identity the device tile hande (IdevlttyUSBn)
used for AT commands.
5. Indicate the tile handle to use tor AT commands—Enter A and then replace
the serial device string with the AT tile handle (tor example. ldev/ttyUSB4 as
shown in the example in Step 5 on page 74).
7. Press Enter twtce.
76 Proprietary and Confidential - Cements subject to change 2400074
Testl nu
Nah: TIN: procedure
mam slaps rung an:
Aguenl 85480 slgnel
generator—Me Rome A
Scnwm SML03 is shown
Ior romance any.
More: This example mp
use: I 200 W offset from
hand cenhr br newly
using I continual: wnvo—
you can use any appro-
priate besebend frequency
disc! (for example
100 Ill-Hr 3W km. etc.)
I! using a modumed
signal sol the frequency lo
hand corner win no amt
RevA Sep11
I. Use the dawn—anon key lo selecl Silo-map.- m.
9. Select Bill.
Testlng CDMA RF Receive path
Mule: Tnlsprooodwesoqrnenllspenormedlnshp isdmohoduwonmpoeudmen
page 74,
To last (he DUT‘s receive palh:
I. Set up the signal generalor:
c.
b.
c.
Press the Flew-la] button to set ma lrequency to 1960.200 MHz lcr PCS
hand. Channel 600.01 881120 MHz lor Cellular band. Channel 384
P7658 the Aw hula! l0 sol lhe amplllude l0 -55.0 m.
Press the RFONIOFF button lo enable or dlsablolllo RF pan ol the algnal
generator.
Read back the power level lrom the mam receiver:
AflENTERcm (Unlock ma mended AT command sel.)
mum (Emer test mode)
Amman-com (PCS bend. channel 600)
film-mo (Cellula band. channel 384)
AnRx-I (Turn on the main lecelver.)
Imam (Head back the power level. in em, lwm the main receiver)
Response examples:
RXAGC = OKFFFFFF33 = -77 dam (Signal generators RF pen is
OFF)
RXAGC = m1 = so darn lyplcal (Signal generalor‘s RF pen is
ON)
Proprielary and Conlrdenhel - Oonllenls subject to change 77
Product Technical Spectttcation 8. Customer Design Guidelines
Mob: The dam Vim displayed is «taunted to reflect "to power It the input connector
I. A11RX2-1 (T urn on diversity receiver)
9. mm (Read back the power level. In dBm. trorn the drversny
receiver.)
Response examples:
- RX2AGC = 0xFFFFFF76 = —34 dBm (Signal generator's RF port is
OFF)
RX2AGC = MFFFFFOG = 69 dBm typical (Signal generators RF
port is ON)
h. AflRX-O (T urn 0" new receiver.)
I. A11RX2-0 (Turn on diversity IQCGWBTJ
3. Test limits—Run len or more good DUTs through "115 test procedure to
obtain a nomtnai received power value.
- Apply a tolerance 0115 to 6 dB to each measurement (assuming a good
setup desgnl
- Make sure the measurement Is made at a high enough level that It rs not
Influenced by OUT-generated and ambient noise,
- The Stgnal Generator power level should be at least ~50 dBmt
- Monitor these limits during mass-production ramp-up to determine it turther
adjustments are needed.
Note: The value treasured by the DUT depends on the test setup and DUT design. How
RF cub/mg lose antenna ehiaoncy and pllbm, tut antenna mend patent. and
choice of shreld box all significantly influence the ”Daemon-ant,
Note: Whendor'ngtnesmmfovar menirinenRFchnrrber. velueauelflreryrobe
signfteently lower.
LTE RF receive path test
None Thiaplwedwwsegnsnliaperfarmedinaop tidflrehoducb‘on (simmer!
pagan,
Table 0-1 comams parameters used In the suggested test procedure that tollowe.
Table c-1: Test settings—Reset“ peth
FrequencyI (MHz) 7530
Proprietary and Confidential - Contents subject to mange 2400074
Now misplaced!»
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WWW/n!
penalty—mew:
8m smiunawn
formally
Testing
IV Nlmmmmfllmmefimndwd m:
h. Dial-Id V‘lli film ale 3! Ihe MEI all! :WM hm
To let! the DUTI receive path (or div-wily Pllh. while conmed to in. diveuny
emenne):
. Set up the signal generator:
a. Set lhe amplitude ‘0 -‘IO dam
b. Set ma inquemy (or the band being baled See 1'.» 0-1 101 "fluency
velvet
2. Set up the DUT:
I. Am (Unlock axlemied AT am 931,)
b. MIME-TINT (PM modem inn: hasty Inst node.)
9. NEW (SCI frequency bum)
Sea Tabb G1 on page 75 by  values
G. Am (Set modem channel)
See Table G1 on page 78 lur «hanneb values
e. Anmvammwm (Get averaged fix M36)
See Table 6-1 an page 78 hr  values
. Tee! IimitI—Run Ien or more good DUT: Ihmwn life test mocedure to
obtain a noninal received power value.
-Appiy a tolerance 01 +510 6 68 \o each measuvemenl (assuming a good
setup design)
-Maiesuethe masuremem is madam ah’uh enoughlevelmet nb not
influenced by OUT-gene's!” lid ambient noise
- The Signal Generate! power ml at» be adjusied and new Iim'l: lound ii
the refined ten needs greaier signal slrenglh.
- Monitor than limits during mans—production ramp-up b detennine i1 iunhei
adiustmems are needed.
Rev J Sep,11 Pmprietnty and Confidential - Comm: sihjea In change 79
Product Technical Specrtication 8x Customer Destgn Guidelines
Note. GA is an ongorng
process based on random
«mph: from a finished
bald! of dwlcoa
Now: The value "seamed turn the BUT I: slbniflcerrtlymlbenced by the test setup and
DUT design (has! RF cabling loss, antenna urticaria)! and pattern, test antenna sincerity
and pattern. and choice or shield box).
GPS standalone connector test
GPS testing should be done on devices that support a dedicated GPS connector.
It the LTEI750 supports a dedicated GPS connector/path (that is. not shared with
the diversity connector). then GPS testing my be done by characterizing some
known—good MC devices and checking tor carrier to noise levels.
To test the GPS path:
1. Iniect a carrier signal at -l todam. lrequency 1575.52 MHz Into the GPS Rx
path. (Note that this is t00kHz higher than the actual GPS trequency.)
2. Test the signal carrier~tcrnoise level at the GPS receiver:
I. ATiENTEiOND (U ntock extended AT command set.)
b. ATlDAFI'MPCT (Put modern into lactory test mode.)
c. ATlDAmPSI‘ESTWDE-t (SiartCGPS diagnostic task.)
(I. AnDPDGPSTmDMONE-t (Enter stanralone RF mode.)
0. ATtDNXSPSMmDN (Enable tog mask.)
9. women (Return Signal-to-noise and trequency measurements.)
9. Repeat ATIDAOGPSCI’ON five to ten times to ensure the measurements
are repeatable and stable.
Leave the HF connection to the Mini Card dot/ice intact, and turn all the
Signal generator.
Take several more lel‘ON readings. This Will demonstrate a 'bad'
Signal In order to set limits lor testing. It needed. This trequency oliset should
tall outstde oi the guidelines in the note below. which indicates that the CtoN
result Is Invalid.
(Optional) Turn the signal generator on again. and reduce the level to -
120dBm. Take more tDMJGPsflON readings and use these as a reterenoe
tor what a marginal/poor signal would be.
3‘
9‘
Note: TheresponsetoATtD’OGPSflON fora goodwnnecliarshouflshow Ctonmm
58 #- 5dB and Freq (frequency othel) within 100000 H: *l- 5000 Hz
Quality assurance testing
The quality assurance tests that you perform on your finished products should be
designed to verity the perbrmenee and quality at your devices.
The lollotiving are some testing suggestions that can confirm that the antenna is
interlaced property, and that the HF module is calibrated and pehorms to
specifications:
- Module registration on cellular networks
so Proprietary and Confidential - Cements subject to change 2400074
Testing
0 Power consumption
- Originate and terminate data and votce (it applicable) calls
0 Cell handmfl
- Transmitter and receiver tests
- FER (Frame Error Rate) as an indicator ot receiver sen sitiVity/pertcrirance
0 Channel and average power measurements to verity that the dewce is trans-
mitting Within product specitlcations
- RF sensrtivity tests
. CDMA:
. FER testing—Test receiver sensitiwry tor conations ot minimum cell power.
FER can be measured tor the specified receiver sensrtivny ot 404 dBm.
The ohiective at this test is to determme it the FER measured is Within the
acceptable limits tor the specified receiver sensmvny ot the module. Unlike
the FEFt tests pertormed dunng production testing. this test determines the
receiver performance Without the intluence ot the noise lactor (AWGN). but
With extremely low cell power. The reported FER and the confidence level
must be <1% and >95% respectively tor the test to be considered a pass.
Suggested testing equipment
To pedorm production and post'production tests. you will requue appropriate
testing equipment A test computer can be used to coordinate testing between the
integrated module (on the development kit or host) and the measurement
equipment, usually with GPIB connections. The suggested setup Includes a
power meter to test FtF output power and a signal generator to evaluate the
receiver.
Testing assistance provided by Sierra
Wireless
Extended AT commands have been Implemented to assist wrth performing FTA
GCF tests and portions ot CE Mark tests requiring radio module access. These
are documented in the [21AiICaid/AlrFriine UMT S Devrces Supported AT
Command Reference (Dociv 2130617) and [3] AirPn'mo Mcaxxx Embedded
Modules Extended AT Command Relelence (Docs? 2130616),
Sierra Wireless otters optional prolessional services based assistance to OEMs
with regulatory approvals.
IOT/Operator testing
Interoperability and Operator/Carrier testing at the linished system is the
responsibility ot the OEM, The test process will be determined with the chosen
network operator(s) and will be dependent upon your business relationship with
them as well as the product‘s application and sales channel strategy.
Sierra Wireless otters assistance to OEMs With the testing process. it required
Rev 4 Sep 11 Proprietary and Confidential - Contents subject to change 31
Product Technical Specrllcatiun 8. Customer Deslgn Guldellnes
82
Extended AT commands for testing
Sierra Wireless pravrdes p
ropnstary AT commands that may help In hardware
Integration design and testing (lhase commands are NOT mtanded lor use by and
users):
0 {3] AirPrr'me MCBxxx Embedded Modules Extended AT Command Reference
(Duct! 2130616)
. [21AirCard/ArrFIime UMTS Dewoes Supported AT Command Reference
(Doc! 2130617)
Some uselul commands from these documents for use In hardware Integration
are llstad In Table C-2 on page 82‘
Table c-z: Extended AT commands
PIIIWOM CGMMIHUE
IENTERCND
Enable access to “sword-protected commands
lSETCND
Set AT command password
Modem reset Ind mu
3 commands
!GRESET
Resetthemodem
EGSTA‘I' US
Return the operation mtus of the modem (rruode. bend.
channel. and so on)
Dlagnoetlc commands
EBAND
Seted a set at trequency bands or reports current salmon
lGBAND
Read/set the current operating band
Test commands
IALLUP Turn rransmlter onion and emulate 'All UPs‘
lCl-IAN Tune synthesrler to channellband
!DAFTMACT Put the modem Into FTM (Factory Test Mode)
EDAFTMDEACT Putthe modem Into enllne mode
!DAGGRSSI Return the RSSI (Recewed Signal Srength Indicator) In
dBrn (GSM rrnde)
IDAGGAVGRSSI Return an averaged Rm (Received Signal mngth
lndrcator) m dam (65M mode)
lDAGGRSSIRAW Return the raw RSS (69% mode)
!DAGINFO Return GSM mode RF Information
lDAOSLOCK Return the RF synthesizer lock state
EDAGSRXBURST Setthe GSM recerver lo burs mode
!DAGSRXCONT Set the GSM receiver continually on
Propnetary and Confidential - Cements subject to change 2400074
Reva Sep11
Tesu ng
Table 6-2: Extended AT commands (contlnued)
EDAGSTXBURST Set me GSM (tansrmter to burst mode
lDAGS‘I’XFRAME Set me GSM TX frame structure
!DALGAVGAGO Reflum averaged Rx AGC value (LTE)
lDALG RXAGC Relum Rx AGC value (LTE)
SDALGTXAGC Remm Tx NSC value and transmmer parameters (LTE)
lDAOFFLINE Place modem dlllne
!DA$BAND Set the frequency band (UMTSIGSM)
!DASCHAN Senna modem channel (frequency) (UMTSIGSM)
SDASLNAGAIN Setlhe LNA (Low Nose Amplmer) gam slate
F lDASPDM Senhe PDM (Pulse Duration Modulahon) value
lDASTXOFF Turn off me Tx PA (Power Amplller)
lDASTXON Turn on the Tx PA (Power Amplfler)
lDAWGAVGAGC Return averaged RX AGC value (VlCDMA)
lDAWGRXAGC Rewrn the Rx AGC (Aulornahc Gain Control) value (UNITS)
XDAWINFO Rmm WCDMA mode RF irlformallorl
lDAWSCONFIGRX Set the UMTS racer/or lofaclory calibration swings
lDAWSPARANGE Set the PA range slate rmdxme (UMTS
lDAWSC HAINTCM Place receive chain In test all mode MBDMA)
lDAWSSCHAIN Enable secondary receive chum (WCDMA)
lDAWSTXCW Set the mvefcrm used by me wansmnuer (UMTS)
lDAWSTXPWR Seldesarsd Tx power Iwel (MDMA)
EIMSTESTMODE Enable/asable lMS nest mode
lKEYOFF lay all the Iransmiller
"(EYON Key on the lransmnter
lOSDSM Display umry usage for DSM (Dustnbuted Shared
Memory) buffer pools
SOCAGC Read Rx AGE (CDMAIlNCDMA)
mxz Turn second reoewer onion
!RX2AGC Read second receiver Rx AGC
lRXAGC Read furs receiver Rx AGC
Propnelary and Confidential - Cements subject to change 63
Product Technical Specmcallon 8. Customer Design Guidelines
Table 0-2: Ext-mind AT commands (Continued)
!TX Tum transmnter unlofl
. XAGC Setdesued Tx AGC
B4 Propnetary and Confidential - Contents subject to change 2400074
>:;- D: Packaging
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Tho nuns-n1 puma-lg (uofipn 4—1),cwmn mu my win
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m—mmm Wlnhu lot snuwle m.)
h In: IBM-II! MIG'IIIJUN Oink-mill“, W
cumuIMImmbMpomumm-mwmuy...
mum-ammvmmmudpormmw
bmwu-wumwummmhnwmmaad
mow-Mn- mum.
Thu nap-mm moon“ mp mmluhobuv
calmlon pan-m.
rwuu mvumnmw n,
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Product Technical Specihcation 8. Customer Design Guidelines
as bropr‘setavy and Confidential - Cements suiajea'to tier-gs éAddbu
E: References E
Rev 4 Sep 11
This guide deals specrlically wrlh hardware integration Issues that are
unique to AirPrirne embedded modules.
Web site support
For addiliunal documents describing embedded module design,
usage, and integration Issues (AT command relerences. integration
guides. etc.). VISIt maismwirelencomlniniard. To obtain access
permisswn. contact your Sierra Wireless account repress ntative.
Sierra Wireless documents
The lollowing Sierra Wireless documents are available from
www.mrrawinelesstcom.
Command documents
[1] AT Command Set for User Equlpment (UE) (Release 6)
(Doctl SGPP TS 27,007)
[2] AirCardlAirPrirne UMTS Devrces Supported AT Command
Flelerence (Duct! 2130617)
[3] Airane Mceioor Embedded Modules Extended AT Command
Fleterence (Docu 2130616)
Other Sierra documents
[a] PCI Express Mint Card Dev Kit Quick Start Guide
(Doctl 2130705)
[5] AirCardIAirane USB Driver Developers Guide (Docit2130634)
Industry! other documents
The lollowtng non-Sierra Wireless relerences are not included in your
documentation package:
[5] CDMA tx Standard (CDMA 200 Series Release A (2000))
(Doctl TWEIA/IS—ZOOO Series, Release A)
[7] FCC Regulations — Part 15 - Fladio Frequency Devices
[3] |EC~61000-4-2 lat/Bl 3
[9] IEC-61000-4-2 level (Eleclrostatic Discharge Immunity Test)
[101Mobile Station (MS) Contormanoe Specification; Part-1:
Subscriber Interface Module (Docit aGPP TS 11.10—4)
Proprietary and Confidential - Contents subiect to chengee7
Product Technical Specmcation 8. Customer Design Guidelines
[11] PCI Express Mm: Card Electromechanical Spacihcauan Hawsion 1‘2
[12] Universal Serial Bus Specification Rev 20
[13] JESDa-Al 14-B
[141JEsnzz-cm
at Proprietary and mmuennhl - Cements subject to imngeéflbu
F: Acronyms
Tabla 1: Acronyms and daflnltlons
1 KEV-DO Single Carrier (1 X) EVoIinion — Data Only A nigh-speed sundard for cellular
packet dah communications
Supports Internet comedians with an rams up to 3 1 Mbps (downlnk from he
nemrk) and 1.5 Mbps (uplinkeo the network), Average dab rates are roughly for
Rem A' son 1300 kbps (downl‘ink from its natwork) and zoo 400 kbps (upimkiu
he M; for Rev 0: 400 700 kbps (mllnk from if: nemrk) and 40 50
kbps (uplink to me nmrk) Amal speed dapends on the «Mark conditions
Commie to 1X
1 x Single Carrier (1 X) Radio Transmlssion Technology, A highspoed sundard for
cellular Wdah communications
Supports mama! comedians with data rams up in 153 kbps (smultaneously in
am diraclion—dawnlink and uplhk). Adual speed depends on in network
conditions Compare m 1xEV-DO.
36F? 3rd Ganemion Pannaisnip Prom:
BFSK Octagonal Phase Shin Keying
ABC Aummalic Gain Control
API Appiicaion Programming Interface
BER Bit me Rare—A measure or receive sensitivity
BLER Blodi Error Rate
bluetooth \Mreless pruned for data exchange over short dislznm
CAIT CDMA Air Inlmhce Tool
(:00 CDMA Developrnant Group—a consortium 171 companies that develop and
promote me products and semoes for CDMA wireless systems
CDMA Code Division Multiple Acces
A Mdeband spread spectrum iachmque used in digital cellulai‘ personal
communications sermons. and other wireless «Marks. Wide channels (1 25
MHz) are omnod Waugh spread spectrum transmissions. thus alkmng many
active users to share the same channel Etch user ls assigned a unique dig'nal
code. which dilleremiams the indwidual conversations on the same channel.
cal Channel Quality lndbafian
COM Ccmunmfion pod
c S Cram-mm
GSA Canadian Sandams Assoc-anon
CW Commons wuvaiorm
Rev 4 Sep 11 Propneiayy and Confidential - somenis subjem in changeBQ
Product Technical Specthcation & Customer Design Guidelines
Tabla F-1: Acronym and deflnitlons (Continued)
dB Deabel=10xlogm(P1lP2)
Pr i’scahrleledpower, P2£slelerenaepawer
Decibel = 20 x be", (Vi/v2)
V1 is celculeled We, V2 is whence voltage
dam A logarithmic (base 10) measure at rehfive power (as Mr decibels). relative to
mlliwam (m) A dBrn value will be 30 units (1000 times) larger (res negative)
"an a dBW value. because at me (inference in sale (millrwmisvs watts)
DOS Digital Celluhr Symn
A cellular communication mfraatrunure that uses the 1.6 GHz radio spewumr
DL Downink (network no nubile)
DRX Disconhnuous Reoepdon
05M Distributed Shared Memory
OUT Device Under Test
EDGE Enhanced Data rates lor GSM Evolution
eHRPD Evowed High Rate Packet Data—Enhances uaduional 1xEV-DO to enable LTE
to wMA handover.
EIRP Eleciive (or Equwalent) Isolropic Radiaied Power
EMC Eledromagnefc Cmafibimy
EMI Bedrormanefic Interference
ERP Stream Radiated Power
ESD Became Discharge
FOG Federal Communications Commission
The us. federal agency that is responsible for intersrate and foreign
ccrnnrunmrions. The FCC regulates commercial and private radio spectrum
mnagemenl eels rates for communications services. determines standards for
equipment. and cannula broadcast licensing. Consult minnow
FDMA Frequency Division Multiple Access
FER Frame Error Rare—A musure d recerve sensitivity
firmware Sofiware stored in ROM or EPROM. essernral programs the! remain even when
the syshem is turned 0“ Firmware is easier to mange man hardware but more
permanent man software stored on disk
FO'I'A Fmre Over The Air—Tedrnology used in download lirrrrmre upgrades
direcfly from the service provnder. over the at
FOV Field Of View
FSN Famry Serial Number—A unique serial nurrber assigned in the mini card during
nanulactunng
GCF Global Cerifiatiorr Forum
90 Proprietary and Confidential - Cements subject to changeZdOO074
Acronyms
Tobie F-1: Acronyms and derlnltlons (Confirmed)
GLONASS Global Navigation Savellih System
GMSK Gauss-an Minimum Shit Keylng modulation
6ND Ground
GPRS General Packet Radio Service
GPS Global Positioning System
A system mat uses a series 00 24 geosynchmnous satellites to prunde
nav-gafional dais
08M Global System for Moule Comm-cations
Host The oevrce imc Much an embedded module is ineegraled
Hz Hertz = 1 cycle/second
Ic Indusoy Canada
IF Imarmedlale Frequency
IMEI Irmmauonal Mobile Equipment Idenn'ly
IMS IP Multimedia Subsysrem—Archiecmral framework for delivering IP "ultimo-1|:
services (LTE7750 suppers MO/MT SMS aver IMS for LTE/eHRPD)
lnrusll current Peak currenl drawn Mien a device is connecled or powered on
"mil-RAT Radio Awess Technology
IOT Interoperability Tealng
I8 Imemn Sandard
Aner receiving industry consensus the TM lament: the sundard to ANSI for
approlal.
IS-ZM 36 radio sundards for volce and oil: (CDMA only)
I546 26 radio shndards targeted lot voice (cormONE)
LED Ligm Emitting Diode.
A semiconductor diode that emits vlsrble or infrared light
LHCP Lem-Hand Circular Polarized
LNA Low Noise Amplm'er
LFM Low Power Mode
LPT Luis Print Terrrlnal
L'I’E Long Term Evolution—a highAperlorrrnnce air lnlerfece lo! cellular nubile
oommunrmon eysiems
MG: Modulaion and Coding Scheme
MHZ Meganenz = 1” Hz
Rev 4 Sep 11 Propnelary and Confidential - Cameras subject to changem
Product Technical Specthcation 8. Customer Design Guidelines
Tabla F-1: Acronym and dellnitlons (Continued)
MEID Mobile Equlyrnem ldemfier—The unique second—generafion serral number
assigned mine miniurd lor use on thawireless nuwork
MIMO Muln‘ple Input Multiple Output—wireless antenna technology mm uses multiple
antennas at bolh hammer and receiver we This improves performance
NASIAS NeIworkAccass Server
NC No Connect
NDIS Network Dmer Interface Wmaecrfiufion—a programming Inlerhee
mm for connecting neMork rrIerlaeo unis in Windows
N IC Network Interface Card
NMEA National Marine Electronics Associamn
OEM Ongirul azurpment Manulucmrer—a mpany that manufactures a product and
sells n to a reseller.
OFDMA Omogonai Frequency Division Multiple Auras:
OM OM Open Mobile Alliance Deuce Management—A device menagemem protocol
OTA 'Over the ai‘ (or radiated Waugh me antenna)
PA Power Amplifier
picket A short fixed-loom block of data. including a header, that is lranermmed as a unit
in a confirmations network
PCB Printed Circuit Board
PCS Personal Conn-irritation swam
A cellular communirzmon Inhamcnrre that uses the 1 9 GH: radio speamm
PDN Packet Data Network
PMI Precoding Matrix Index
P55 Prmary synchroniswon signal
PST Product Suppon Tools
PTCRB PCS Type German Renew Board
CAM Quadrature Ampltude Modulation
This lorm ol n'iodulalrnn uses amplitude. lrequency. and phase to transfer dam on
ma carrier wave
QMI Quilcomm MSMIModern Interface
008 Oualrry d Sen/roe
QPSK Quadrant: Primal: Keying
OPST Oualcomm Product Support Tools
RAT Radio Access Technology
92 Proprietary and Confidential - Cements subject to Enangezdooou
Rev4 Sep11
Acronyms
Teble F-1: Acronyms and de'lnltlons (Contlnued)
RF Radio Frequency
RI Rina Indicator
roaming A cellular subscriber is in an area where service is obtained lrom a cellular service
provider that is not the subscriber's provider.
RSE Rammed Spurious Emissions
RSSI Reserved Signal Strength Indication
SDK Saltware Development Kt
SED Smart Error Detech’on
Sensltlvlty Measure 0' lame: power smnal that the recclver can measure
(A In! lo)
Sensltlvlty (RF) Measure of lowest power signal atthe receiver input mark can provide a prescribed
BER/ELERISNR value at the receuer output
SIB S/stern lnlormation Block
SIM Subscriber Identity Module Also referred to Is USlM or UICC
SIMO Single Input Multiple Output—smart antenna technology that uses a single
antenna at the transmuter side and multiple antennas at the renelver side This
improves performance and security
SISO Single Input Single Output—antenna technology that uses 3 single antenna at
both the Iransmrtter side and the receiver srde
SKU Sock Keeping Unit—odentfiee an inventory item a unique code. consisting of
nurrbers or letters and numbers. assigned to I produd by I retailer for purpous
of identliution and rrwentory control.
8M8 Short Mesage Service.
A leature that allows users cl 2 wireless devrce on a wireless nemrk to receive
or transmit short electronic alphanumeric «usages (up to 160 characters.
depending on ltre service provider)
SIN Signalto—norse (ratio)
3" R Signfl-tmNoise Ratio
30F Sarto! Frame—A USE lurlctbrr.
SSS Secondary synchronisation signal
3U PL Secure User Plane Location
TIA/EM Teleourrrrmnirzuons Industry Asmdatron I Electronic; Industry Assodaltm
A aandards setting trade organization. Mose members provide conununlcetrons
and Information technology products. sysems, d'stribulion services and
professional services In Me United sates and around the world Consult
mtiennirreag
TIS Total Isotropic Sensitivny
Propnelary and Corlfidentrel - Cements sublect to changeea
Pmducl Technical Specmcatian 8. Customer Deslgn Guldelmes
Tabla F-1: Acronyms and dollnltlons (Continual)
TRP Total Radnahed Power
UDK Universal Development Kit (for PCI Bploss Mlnl Cavds)
U E User Equlpmenl
Ulcc Unuaml Imam Clrunt Cam (Also waned mass SIM card)
UL UPIlnk ("while to network)
U L Underwriters Laboratory
UM'I’S Universal Mobile Telecommunications 5mm
US! Unwersal Sena! Bus
USIM Universal Subscliber ldenli‘y Module (UMTS)
VCG Supply voltage (33 V)
VSWR Vange Sanding Wave Rana
WAN Wide Ana Network
WCDMA Wideband Code D'Msion MuIIpIe Access (also rarefied to as UMTS)
WLAN Wireless Local Ana Nelwotk
ZIF Zero lnsenion Force
94 Propnetary and Confidential - Contents subject to change2400074
Rev4 Sep.11
aim-punch In", 11
am”. I7
ownq (GPS). 43
ammonium (GPS). 4:!
acronym: and Whom. IO- 94
mm
melon mmulons, 37
mm. a
mm. cum. a!
«nutty ma. dinning. 3'
GFSJpIeifi-aflom vacuum-non .7
limit. naming ml“ can-dons. s7
lmlmv mum-am‘ I
naming «museum. I
mmmum all loan. 31
m. 88
mule-non. es-u
sp-u'iau'ons. moor-mama as
hailing. G7
nmomu
«:19: MM. 6Q
uppn'unon imam mu. 15
nppnmu, lug-mow m1 mum. 69
AT munch. u
"Olly“ all mod. LYE I WCDMA l HSPAI HSPM Dc
power mmlm. a
mum nanny Dc pow corn-mien. as
land: “would. HF
mm-ry. ‘5
CDIM. 42
LTE. 42
bunndodteam. 16
Hod day-m
exp-mm RF. 25
mm, 24
boil!“ VIIW. 5‘
mum
www.mn'llun. 37
cm won. 51
«mini:
Mil SIM. 32
W XflLDATA IXIM7CLK. 32
autumn)! nan-u. II
com
bands mm 15
MMIVI. 19
mm band wwon. 41
TIN EM /IS WW, 2‘
all am, Is
“Medial m 7!
madam “an. as
W“. ho“ h madam
mum «sum. 70
mm In power hour-non. 43
mm
waning. 30
common. 31
mm. mired
MM». 1.
MW inilfllcl. 33
wk 16
Dc power ammpian
lvlllyld cl! mod- LTE I WCDMA / HSFA /
HSPA» 4O
mnood may. 45
COM. ‘0
demo. 5.. RF
mum mm
mm. C
mmplam fl
EMI/ESD. 09
mm!" conmmum. 70
pow-v. 69
mum-1. 70
mm mueedure. 16
Dov-W mm, U
m “when. 5
dmw mw, 54
amnion. m. 54
um: IF Illofllu, 51
annuity mm-
dsabung. 3
dually modal. locum. 37
may woeful“. 65
Proprietary and Confidential - Contents subject 00 change
Product Technical Specification 8. Customer Design Guidelines
EDGE
mm. mind. 10
chain! Mutton. 23
metastatic duh-inc apediualons. 53
ohm damn-9|. 5-. E50
cmdopc carol-ion comment In
0mm mailman 53- 55
550
My! «madam on
prmnm mum. 56
E50 maluiiovm 53
EVDO
mec 19
W RF Modi Main. 25
FCC W, 58
FER (Film. Elm! RID). 4|
M 0! mm. 61
Mining. RF deem. 40
mm luau. 53
FOV. 67
inm um mo (FER)
Mn 0! inn-Wilma 41
Inc unce Ivonn- gain. 67
munch; WM. 4!
Many bum mppon
CW. 42
LTE. 42
gain
BPS. 87
mm 00. 66
mm. 09
mmmimm, Cl
GCF-OC Ippnw-I, 59
Sonar-l wrpou IO (GPIO). 35
GLONASS. ‘7
EPIC) (Boner-I pupae IO) 35
GPS
3mm: mailman. mm 67
mm Ion-lion. 37
DC bus on scrum. I1
mum mound. 17
nonfiction; 43
manhunt. 20
gmmng
minim calm-lam 30
non WIN
ph mum-m. 25
Why undue-Ian. 53
V0 MINIMUM, 37
IIO nu um- mar-mm I
"mum
Min. 3
SIM, R
lndmy approvals. so
Infinity came: Ippmv-J, 60
know-Ion WM 1!
IMMIOO
comm! intuit-co, 3
digit! M00. as
Dl'IaIP. 51
Islam unwary. 16
non ping-£91m. 26
OMI. 5|
SIM, N
Wm, 51
USB. 20
Immune.
ndo mulled. ‘0
non-goon”. 40
pmvaly nelu. so
minim am, N
Inurqmlbilily suing. 81
inn-Ans mobiliiy. 1|
ion-sung. I1
IRAT. VG
IS-DSA
wand-vi. 20
Ila-Ion, u. ‘7
InoIllnn. 56
LED
9W, 3!
stains. 34
L-m 23. 83. M
LTE
360’? mplmoo. :1
WW. ‘9
bunduwpomd. ‘5
hnncmdh mod. ‘2
“WM, I5
mum mm 42
man Mina?" gun. 06
mm ofloavo gun mum. N
Milieu modicum. 53- 66
MIR 1.
Miuomort is
96 Pmpn‘etaiy and Confidential - Cements subjed to change
2400074
1mm
dew-Imam and imam 1s
moan-
povmmln. l1— 4!)
NASIAS Why. 10
NDIS Nlc mum upon. 15
MC Imeflaa uppofl. 15
mm
Ink-9'. mMring. 39
HF momma. pow-rapply. 50
OEM
mm with mung. B1
lab-Ina. 56
mmw/amrbning. 0‘
moving ”mm 13
[3
"WI .5
punk»! moan-11ml. ‘I
yam mum. 1a
PCB
nunHayIr. Ming lorfiF am. 40
FUN mom. mullplt. 1!
pin marinara. host mun-a. 25
FMI. 1O
pol-union. ‘7
man 1m. ‘1
power
denim mm. 09
handing. M
pawn-w sum 49
raw-Ln lining. 40
am. mm ‘9
«the, memo. 47-40
am, HF int-Norma. 50
“M. “WOW- 5°
pow We". Dc
mug“ all mod. LTE I chlM I HSFA l HSPM. 46
mnoud mndzy. 45
CDMA. 40
pow Wm. 29
whims. cum Tx. 43
Fromm Swen Tod. OUALCOMM (OPST). 51
Pm Swan Yod. Sh"! WllIlOu (PST), 51
proclaim Inn. 73
P53. 18
PST (Pmuu Swan Tod. so"! erilasl), 51
PYCRB lppmvll. 60
Rev4 529,11
Index
WI mum. 51
cm tnuucow Pm swan Tool). 5!
QUALOOW Prod“: am" 1001 (QPST). 5‘
gully «sums Im, so
OXDM ”pen, 61
name oua'my. mu. IS
noun mummy nasal-mom. 4|
mam-d mm mm. 40
amen plum. 66
Mormon. 87— 88
"gummy Qpnwau. SO
mmwnmlon. 50- a:
FCC. CO
amnion a! “kiln. so
am, mu mam, 56
um. mum-I pfll—up. 32
HF
«tunn- clue to“. "mun, 37
ant-um mutton. mar-m. 37
cont-cm. round. ll
Gavin-Wm. 40
himorlconquMI-u. to
"high" W 40
mm W ‘0
mmmm
mm. 40
mo! apply. so
wink“ Mall. 3
HF bane: mama
Mummy. ‘5
COM. 42
LYE. ‘2
HF black dagnm. "puma, 26
RF mm. 31
HF Wm. 31- 44
RI. 10
ESE to
fix non-”wily
command. 42
uln
mm 1B
560
m Smart EW Duncan
5-. in momma". as
mummy
mm, RF um. 42
60W. 41
ndnod "alumna. mu. ‘1
using. mm. 41
Proprietavy and Confidential - Cements subject to change
97
Product Technical Specification 8. Customer Design Guidelines
making
"Donutconwlhnu. 37
refining HF anon“. do
”spams-1mm. sa
SIB. ‘6
sign-ls. H
WLAN‘LED_N. 3‘
SIM
:1me mandala“. &
and man. :i
Hoax run. 32
www.mm. 13
alumni! WW. :2
Immm.m 32
Int-ma. so
Iriloiheo anal-m. 31
090nm. 32
9mm Emu Damon
detailing modilo nut 50
SMSMmr-a. 1C
mas/ABS sow-ivy, 1o
noun-almanac. 51
undue-Ian
damn], 23
uwimmumi male-15am m- 55
GPS. 43
Mme-l. 53-56
HF. 37-“
383. 1G
amnion. moth. GPS. 17
mnityDCpowarwnsimplmevd. ‘6
an names. a
"179°"
"II-Inn. 11
mm Mm by Soul Wlnlnfl. II
WI. 51
mun WW. 1!
mun Hedi dngnm. 24
hummus modicum. 53
lama-um. mums. Sn mm
mm
ovum-w. 71
AW hm, 1|
”inane. pnwidod by 55m Win“... .1
osmium hm. 72
aqu’pmcm. W. 81
lino-worm Ina mw/umvm. 81
mil mmmu Int. mound. n
prndwlon but. 7:
(pi-my mm min. I)
RF m pm. CDMA, 77
HF meow. pm. LTE. 7'
mpg-flan. 71—“
Mm”
“601111“. 56—57
«aim disdain. 7o
abquflonJ-mis wooing. 56
dbm.mmml. 56
RF mid armor-m. madman. 57
wig. moduio. s7
TIA/EIAIIS Wilma
COM 2‘
WW
pmrnnv-w. 49
patter-w. 49
woman 54
Txpmmuonnm,md. 43
UDK. 17
Wall Mm!“ m 17
USB
amt-.mr-mmpu so
trununlmwowcrw. 40
high I M wood hmuypil ponoanm, 29
Internet. 29
vbillonnpodilmflmm 53
VSWH‘ .5 I7
W_D|SABI£_N. fl
warranty. I?
Wining Dbahln. 23‘ m
Mmlus Dbmll (Mlin RF). 3
WMN_LED_N, 33. 3‘
WHO DLL upon. is
ZIP um Iiuimoam Frowuncyi G
98 Pmpn‘etaiy and Confidential - Cements subjed to change
2400074

---

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