u blox EMMYW161 WLAN/Bluetooth/NFC host-based multiradio module EMMY-W1 User Manual

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EMMY-W1 series
Host-based multiradio modules with Wi-
Fi, Bluetooth and NFC
User Manual
A bstract
This technical data sheet describes the EMMY~W1 series modules
with Wi~Fi 802.11ac, Bluetooth v4 2 (Bluetootha Smart Ready) and
Near E E
— 3 a c _ '5 e L
g 7. 3 g ~ 6 3 g t E
i c _ u m a a 5 z a D c
6 i -— e 2 1 E M a a c ;
N 5 N 1! '5 ° < E m o w a:
x u o 3 _ a a 3 a >~ g a a m _
u 2 N V A 5 2 v = a w s w e g i
- o m g g S g a 3 a a 3 =5. 3 i E E ‘2 g s
2' “3 “:‘ :- n 3 c L: 5? ... S a a o g ; " ‘ m s
‘2 “z t u g i; .1 a ‘ g 9 2 g =- = m a g ‘5 g 2
=5 § '; E E E 5 i E x a E: a. E 2 2 t 5 a E 2
(“mmlil a o any/9min - V52 M 1848111 In I 0 o I n I o a t o
EMMY-WIS] O 0 AID/9min 0 W412 H leEm 2p I o o c o o u I -
EIMVvWIiS o o mum/u o V02 H IBdEm In 0 o o a o o a n a
a : HCI H) = one pm (or (ombmed mmnal amennafm ammo". and Wm
2n = Two pm: In: sepame nmnai antenna; to: mummy. md wm ‘
nil: I: Emv-WI lulu man inn-s sun-nay
1.4 Block diagrams
The block diagrams of the EMMY‘W1 series are provided In this section.
EMMY-W161i EMMY-W165
samwmem SGHz BPF 8. Mm 5.
“BER Bum
‘ GHz
BF F
"'°‘“”"""'”‘ m
an
NFC
COIL
32'; DC/DC ' .
O 0 O 0
33v VIOI Vloz 6ND
Fly-n: I: EMMY-WISIIEMMV-Wiss blntll diagram- shgh antenna valam
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A In EMMY~W161, the band pass filter (2.4 GHz BPF) is a EAW filter that enables oo‘existence with
LTE. For the variant EMMY~W165, the band pass filter provides no co~existence protection against
a (o‘Iocated LTE transmitter.
EM MY-W1 63
mmwwrw
SDID
UART
5’ ”E MACIBBIRADIO
C C‘EX
BPI o :
ET LED
WLAN
LE D
Pun
0 O O 0
3w M01 M02 ciio
Figure I: EMMY-W153 block diagram - nualantaina variant
G" In EMMY-W163, the bandpass filters (24 GHz BPF) are ceramic bandpass filters. An LTE co-existence
variant is not available In the dual-antenna configuration.
1.5 Product description
Mold Delubflon
EMMv-wrsl Pre'essienl grade modulewlth I combined antenna pn form—Fr and slum-min and integrand LTE liner
EMMY~WY63 Professional nude modulewlth 2 separate antenna plus for Wi-ri and Bluetoom (no LTE liner]
EMMV~Wl65 Professional grade modulewim I combined antenna pinioIWiri and slum-min (no LTE iiueil
EMMV~Wl6l~A Automotive grade modulewith I combined antenna pin for Wi-Fi and Bluetoom and ineqiaied LTE mm
EMMvrwrser Automotive grade modulewith 2 separate antenna pnsroi Wm and Bluetoem (no LTE liner]
EMMvrwrssrA Automotive grade modulewith I combined Arlenriiplrl'MVI/I'FI and Bluetoom [no LTE Merl
Q“ The EMMY-W161 is recommended for applications that have co-Iocated Wi—Fi, Bluetooth and LTE
antennas and require co-existence of these wireless technologies This module provides a dedicated BAW
bandpass filter instead of the ceramic bandpass filter This filter rejects the adjacent LTE bands B40, B7,
B41 and I338. The integrated BAW filter is available only for the single-antenna configuration
(EMMV»W161). The module pinout, operating conditions, and electrical characteristics are identical for all
product variants. Differences in the RF parameters are explained in the Radio specifications section.
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Page 70'“
@blox EMMY-W1 serie5< User Manual
1.6 Supported features
1.6.1
1.6.2
1.6.3
Wi-Fi features
WI-Fi standards, IEEE 802.1 1aIb/g/nlacldlem/ilk1/rlv‘lw
Simultaneous client and access point operation (up to 10 clients supported)
Su pport of Wi»Fi direct mode
IEEE 802,11ac 1x1 antenna configuration
IEEE 802.11 PHY data rates up to 433 Mbps
64- and 128-bit AES hardware encryption engine
WAPI encryption is supported by hardware
SDIO 3,0 host interface for Wi-Fi
Bl u etooth featu re s
Eluetooth v4 2 with Eluetooth Low Energy and Classic Bluetooth v2. 1+EDR over SDIO or high-speed
UART Interface
PCM interfacefor audio
MWSILTE coexistence serial transport interface for connecting an external and co-Iocated LTE device]
NFC features
NCI 1 0 support according to NFC Forum specification
NFC support through SDIO or UART
Full protocol support for ISO 14443A/E, ISO 15693‘, ISO 18092, NFClP-Z, NFC forum, EMV contactless
targetswrth data rates up to 848 Kbps
Deep Sleep
Proprietary Low»Power Target Detection mode to reduce standby current consumption
On-Host card emulation: supported in NFC A B, F and V technologies
Off-Host card emulation with UICCs and Embedded SEsiavailability is package dependent):
o ETSI TS 102 613: SWP/CLT 5014443 Type A (Mifare) and I5018093 212/424 kbps pass‘we
mode (FeliC a).
o ETSITS 102 622:5WP/H(ll5014443A/B and 5018092 212/424 kbps passive mode
0 DCLB
Compliant with EMVCo book D (Contactless Communication Protocol)
Reader/Writer, card emulation, and Peer»to»peer (PZP) modes
Programmable carrier detection level for card emulation mode
Programmable field detection levelfor RF anti-collision when operating as readeror activetarget
UART host interface support (shared with Bluetooth when operating)
General product features
Driver sup port for Linux
Low-power and sleep modes for Bluetooth and Wi»Fi core
Coexistence arbitration for Wi-Fi/BluetoothLE/NFC/LTE operation
Small footprint (19.8 mm x 13.8 mm), LGA package
Product variant wth integrated LTE co»|ocation filter arailable
Automotive qualification tests (climatic, mechanical and operating life tests) according ISO 16750-4
planned
‘Suppoited by hardware but not supported by firmware cuiiemty
'Aniiabie on rogue!
‘ro: iso 15693 vrcc mode the maximum supported ItHoQtinseflallrimeslonecemng10% ASK modulamn IS I 18 u;
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1.6.5 Compliance
- RoHS compliant
e Radio type approvals for Europe, USA, Canada, Japan, Korea, Taiwan, China and Australia‘
1.7 Additional reserved MAC addresses
The EMMY-W1 module series has four unique consecutive MAC addresses reserved for each module, from
which the firsttwo addresses are already stored in the configuration during production. The first address is used
for the Bluetooth communication while the second address is configured for Wi-Fi communication. The Data
Matrix Code on the label includes the Bluetooth MM address (see section 9). The remaining two._MAC
ad dresses are not used in the manufacturing configuration, but are reserved for usage with the module.
MM: Hid: Aslgllnnl l-turollul "Niall-s film
Mndulel, address 1 Bluetoom ohm Era-(A 1&me
Module], address 2 Wm cool 04 (was 44 0005
Modulel, address 3 (free lor use) oh 10 m (ASE 44 oo 06
Modulel, address a (free lor use) Oh] I ' _ -pd (A SE 44 oo 07
Modulez, addressr Bluetoom oooo " 'ch 5544000:
Modulez, addressz Wrfi otrol M CASE 44 oo 09
Modulez, Address 3 (free for use) 01) IO . D‘ CA 6E 44 00 DA
Modulez, address a (tree for use) our I :. Dd CA 6E 44 on no
table 1: MAC adding assign-nun
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@blox EMMY~W1 serie5< User Manual
2 Interfaces
2.1 Operation mode configuration
EMMY-W1 series module uses the GF|0_3 and GPIO_2 pins as host interface conflguration input to set the
desired operation modefollowing a reset. The definitions of these pins are changed to their usual functions after
reset, When you need to configure the pins for a certain module operation mode you need to provide a 100 kn
pull down resistorto the ground. No external circuitry is required to set a configuration pin to high logical level
External reset is not needed for proper operation due to internal power»up reset logic though it can be used by
the host controllerthrough the PDn pln (active low) In case of an abnormal module behavior.
After reset. GPIO_3 and GP|0_2 pins can be used as open drain outputs (depending on firmware/driver version)
for Eluetooth and Wi»Fi activity LED indicators, but simultaneous usage of an LED connected to 3.3 V power line
and a pull~down resistor is not allowed (LED acts as a strong pul|~up circuitry). Do not connect LED if you need
the pulladown resistors.
Dep ending on the firmware or driver used, you can use either one or both host interface operation modes.
9103 cm} WWI *1»:ch III-uh: u solo III-dons
o o solo UART l (WM)
0 l solo solo 3 Min. Blueloom and llrcl
l o solo UART l (WW)
. l solo solo 2 (Wm. Blueloolh and llrcl'
Table 3: Module configuration
2.2 SDIO interface
EMMV—Wl serles modules support an SDIO device interface that conforms to the Industry standard SDIO 3,0
Full-Speed speciflcation (4—bit SDIO up to 208 MHz) and allows a host controller using the SDIO bus protocol to
access the Wl-Fl and Bluetooth functions. The Interface mpports 4-bt SDIO transfer mode at the full clock range
of 0 to 208 MHZ
2.2.1 Default speed and High speed modes
Clock
”llllfl'll—VIIAWII
llllmm —-’l
Figure a: solo protocol liming rlagram Defaullxpeed mode (1,; V)
Input
0mm
‘oelault conhgum-on Ills possolelo use connected LEoslo both rhepm
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output
nguuu. 4: solo pun-col llmlng ulaglam _ my. meal made (2.; v)
mhl lulu“ mlbn uh. 1y. III. um
I” (lock heguenty Mum: o '- ;-25 MN:
Hugh weed o . 50 MHx
m clock low ulme llama lo ns
Hugh med 7 . n5
1,. cloak-gum um: I0 I15
Hugh saeed 7 M
T._ hpulsemp um: Numl . 5 n5
Hugh saeed ' . 6 M
T, hpul hold ulme ulumal 5' ns
Hugh wqu 2 n5
Tm"; Mammal Oulpul ddayllme Normal ' ;_ - l4 n5
1m.” Mmmal Output delay um Manual -: - o us
1;» Output ddaylmeltls dopf ulnumal - 14 us
(I (aid) : :-
L. Durant hold nme filgn' sand 2 5 - - as
table x snuo liming dab — Defaull speed. nigh up; modes as v)
2.2.2 SDR12, SDR25. SDRSOMOdes (up to 100 MHz) (1.3V)
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mhl lull“ cull!“ uh. 1’ Ian. Ink:
"6 Clockhequenty SDRIZIZS/SO 25 - 100 MH!
1., hpul setup um: sorta/2550 3 - - ns
T. hpulhold nme SDRIZ/ZS/SO DB - - n5
1, Clo 2 Mm [31
Table It operating cmdlthm
Par-net“ Iain. 1'}, Max. um
Storagetemoerature an +85 'c
Doerationtemperalure an +85 'c
rable Is: Yemperatiire range
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4.3 Digital pin ratings
slab-I Dim
v,. Inpu! high mug:
v, npuzlow mug:
v ,. hpu! hyaaeas
va Ouwulhlghvonqe
v“ Ouwuilw voltage
Table I6: nlgnal pln why; In VIOI and VIOZ Iunly “malls
4.4 VW-Fi power consumption
autumn-dc:
MGM mnmu-mn-lunhmmmua
RX Idle del
RX II Mbps
TX ll Mbpsmumlpowev mod; 18 um)
TX ll Mbps (Low ”warmed: I0 dam]
RX 54 Mbps
TXSII MbpSUS dBm)
7x54 Mbpso} dam)
RX Iln MCS7 (HTZO)
TX I In MCS7 (H120, VS {“31"}
TX 1 In MCS7 (H120, 3 am
epsilon In“:
56!! vol-Emma Ill "all lrch on, ship nod.
RX 54 Mbbs
sza Mbpsuz dam)
TX 54 Mbps (3 am)
RX MC 57 HTZD)
TxMC 57 (“120, 12 dam)
TX MC 57 (“120, a darn)
RX MC 57 man)
TX MC 57 (um), 10 dam)
TX MC 57 (um), a dam)
RX MC57 mam)
7x Mc 51 NHTBQ I I dam}
RX Mcss NHTZO}_
7x Mc 93 Mum Iidam)
RX Mcsa Numb)
TX Mcss Mmq : lodllu)
RX Mcsa (II-rm)
TX MC m Mme a dam]
RX MCSQ Mina)
TX MC 59 NHTdQ Iodam)
RX Mcsy (01180)
TxMc 59 NHTBQ 3 dam)
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Ila. Ilnls
wow-I v
oa-vlo v
nw
04
"can mum. III" M calm. nu "
52
50
290
I34
54
280 '
I70
65
'260
I'm
64
62
420
GB
320
“an: anal. III I I M mind. ml I2
67
230
I96
73
232
202
89
270
In
I v2
360
82
265
105
265
I H
356
IOA
263
IZO
345
75
320
Elem-Cal speclxamn
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0 lion In“:
”To! nu mod-a Av-m mun. ml
Power Down 0 03
wn and BT both In Deepdeep 013
wn DTIMIandsToeeszeep 114
wn DTIM3and sToeeszeep on
wn DTIMSand sToeeszeep 034
Table I7: WWI power unlunptlon
4.5 Bluetooth power consumption
:gztnmuowhmflndlthhqla'mh Avignon-1mm"
Deep sleep Mode 0 I25
Hrmlflsleep Made) 423
Power Down 0 03
sco HVZ Peak TX )3 15
sco HVZ Peak RX 16 so
NV: sco mode ACL snfl 01300 7 51
esco Ink, Masts (z-eva),ACL snaffoxaoo 651'
esco Ink, Masts (Eva), Acunfl 0x800 7,69
Amman pump) DH) :: l I 60
Acudxa pump) 0H3 - _I-l so
Acudaxa pump) 0H5 i Ts 40
ACLLnk, mags Sm" mode menal=l zsusoo) 3- - 0 I36
ACLLnk mags Sm" mode mewal=500ms (:20) - o 273
sco av: Avuage TX «I a dam (enemal antenna) . 7 :3
sco «v3 Avuage RX 04 am (enema mlenna) - 22 oo
hlulaced scan (: PM sun) - o :72
Pageslnw-ysean . 0sz
Page Sean 0 257
anuny Sean _ o 257
LE Advemsew I 28s menal ; o Isa
Peak LE Tx 1 I3 00
PeakLERx Isoo
LE unk (mend=-Ioo=l 235] o 154
LE unk (mend=3zo=l 00s] _- 0 I55
LE Scm‘nwvaldzothl 285) -' ' :. 0231
LE Scan anwval=64M 005) * 0262
Table III: lluuuhh «I. ammpthn
4.6; - NFC power consumption
opuflhn In“. Avuago (In-III. III W3
TAG Type I Do
TAG Type 2' 95
TAG Type 3 as
TAG Type 4A 100
Table 1! IF( panel (emu-mum
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47 Radio specifications
4.7.1 Wi-Fi
EMMY-W1 series ~ User Manual
The EMMY-W1 series modules support Wi-Fi standards IEEE 802711afn/g/n/ac in 2.4 6H2 and S 6H2 radio
bands. In the 2.4 GHz band, the EMMY-W1 supports 802,11b/g/n while in S 6H2 band, it suppons
802.1 ‘Ia/n/ac.
III-nul-
as new enty range
Modulamn
Supported um um
Supported mum
bandwmn
Supported quad my“ (60
Mamum uansmn powev
mum senymny 2 4 6N1
SGHl
um: um wm Mupgaapum
“mm. an:
ZMZ
2M7
2422
2427
2432
Table 11: L4 6H1 land supp-dd Chane“. 20 "HI landwllh
mama flaunt-(y. GI!
I - s 2 422
2 5 s 2 427
a. 7 2 432
opulhnlloh
aoz IIh/qm
:02 IIa/nm
:02 Ilh
:02 Ililglnlat
:02 Ilh
:02 Int;
:02 Iln
:02 Inc
:02 Inc
502 Iln
502 In:
:02 llb
:02 llalglnlat
:02 llb leps
11 Mbps' .
sozng :'..5Mbps
.. 54 Mb ps
:02 lln ' zouHx MtSD
' Mcs7
MHx MtSD
MtSY
502 Ha :1 SMbps
' - - ' 54 Mb p5
502 IIr'I' 20mm MiSD
MCS7
40mm MCSD
MES?
502 In: aomnz MCSD
MES?
mad "many. an
6 2 437
2 442
2 447
9 2 452
ID 2 457
mun! "314m. (in
4 - s 2 437
5 5 9 z 442
5- ID 2 447
table 12: 1.4 6H: hm! "owned dimeh. 40 um bandwlm
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Product Informaum
2 400— 2 500cm;
5 ISO—SBSDGHX :
ccx And 9555
arm
I, 255, lthps
6,9, I2, Is. 24, as, 4s, 54 Mbps
mcsnrmcsuIso Mbps)
Misc—“gym: Mhps)
20, 40, so MM!
. 4004300715
'shon quad nlsnlsuppofled
I8 HEM: I 5 HE
IS HEM: I 5 HB
‘DBHEm : l HE
‘SBHEm : l HE
4?! Him a l HE
JdHEm : l HE
4?! HEm : l HE
‘7SHEm x l HE
‘SBHEm x l HE
J! 415m 2 l HE
-9ldBm: I as
-74d9m: I as
-9DdBm: I 45
-72dBm: I 45
423mm: I an
-63HBm : l HE
454%: I an
-6|)HBm : l HE
(MM infinity. all
I l 2 462
‘2 2467
13 2472
than! Rama-1y. all
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@blox EMMY~W1series~ User Manual
dram-d Fromm. GM! channel Premency.au channel Frequency. GI“
36 5130 100 5500 1-14 5720
00 5200 ID-l 5520 HQ 5745
.14 5220 103 55-10 153 5765
8 52.10 112 5560 157 5735
52 52150 116 5530 161 5305
56 5230 132 5660 165 5325
60 5300 136 5 680
64 5320 NO 5 700
Table 13: s cm band swpond drmnels. 1» mm bandwlrlh
flannel Frequency. 6m Ora-Ind HHIIHKV.GI§ (hannel Frequency.Gll
36410 5190 1007104 5510 1-197 153 5755
4.148 5230 108412 5550 I57~161 5795
52~56 5270 V325 |36 5670
60-6-1 5310 140-144 5710
Table M 5 GHz band supported drannels. 40 um bandwlah
aux-ml FIQQIIIKY, are char-ml "mammal: channel Frequency. am
42 5210 106 5530 155 5775
53 5290 133 5 690
Table 15: 5 GHz band supported drannels. so MHI bandwlah
A:
The module is certified to operate as both client and master on channels 1 - 13 (2412 - 2462
MHz). and channel 36 — 48 (5180 — 5240 Mill). 0n the following channels it is cert d to
operate as a clientonly 52 —64 (5260 — 5329 MHI).100 —116(5500 — 5580 MHl). 132 —140 (5660
— 5700 MHl) and 149 — 165 (5745 — 5825 MHI). when the module is set to operate on channels
52 —64, 100 —116,132 — 140 and 149 — 165 It is restricted to only operate using passive scan.
The module is certified to operatewith the power tables shown in Table 26 for operation in the
2A 6H1 band and from Table 27 to Table 29 for operation in the 5 GHz band. The specified
values are the maximum permitted output power settings.
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a (z 422 6N1), 4 (2 421cm)
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9 (2 447 GM!)
9 (Z 452 GM!)
3 (2 422 GM), 4 (z 4216M)
5 [2 £32 6|”), 6 (2 4376Hfl,
7 (2 442 6141), a (z 441GH1)
9 [1 451 GM!)
Holdall":
ca md 0555
fix and 0555
(CK I16 DSSS
DfDM
OfDM
OfDM
OfDM
OfDM
OfDM
OFDM
OfDM
DfDM
OFDM
OfDM
OfDM
OfDM
OfDM
OfDM
OfDM
OfDM
OFDM
DfDM
DfDM
OFDM
OfDM
OfDM
OFDM
EMMY-W1saies - User Mann!
and hull. Ila I“
20 MHz
20 MHz
20 MHz
20 MN!
20 MN!
20 MHz
20 MN!
20 MHz
211an
20 MM!
20 MHz
20 MHz
20 MHz
20 MHz
20 MHz
20 MHz
40 MHz
40 MM!
411an
40 MHz
40 MHz
40 MHz
40 MN!
40 MM!
1,2,55, HMhps
1,2,55,11Mhps
I, I, 5 5, ll Mbps
6, 9, 12, 1s, 24, 36 Mbps
6, 9, 12, 1s, 24, 36 Mbps
6 9, 12, 1s, 24, as Mbps
6, 9, 12, 1s, 24, 36 Mbps
6, 9, 12, 18,2136 Mbps
6, 9, 12, 1s, 24, as my;
48, 54 Mbos
43, 54 Mbps
H120 McmMcs4
H110 MCSO—MCS‘
H120 McmMcs4
HTZO MCSQMCSA
H110 MCSO—MfiSA
HTZO MCSS-MCS?
H120 MCSS-M(S7
H120 MCSSAMCS7
H140 McsoMcs4
HT‘D MCSO—MCS‘
H140 McsoMCs4
HT40 McmMcS4
H140 MCSO—MCS‘
HTM) MCSS-MCS‘I
HMO MCSS-MCS‘I
HT‘D MCSS-MCS7
table In wun ”manual" npelflonh the 1.4 G“! in:
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Product Infonmnnn
lain-I poi I nub.
IE dam
I5 dam
I} HEM
IZ film
I} dam
l6 dam
Is Him
13 dam
lodlim
(EMMY-W16”
(EMMY-W163)
9am (mm-Wm),
Edam (EMMV-WIGZ)
I} HEM
969m
13 dam
l5 film
I6 dam
l2 dim
9am
I} dam
IZ dam
Mam (mm-Wm),
sdam (EMMV-WIGZ)
lldEm
Iodam
13 dam
”dam
I} dam
Iodnm
Ildlim
l3 dam
lldlm
(mmwwwn,
(EMMY-WIS?)
Elem“ spedtumn
Page 25 of 46
@blox EMMY-W1saies - User Manual
an“! lullab- and banal! Baa m lulu-I pov- nah.
as, 64 ODM 29 MN: 6, 9, I2, Ix 24, 36 Mbps Ia dam
4o, 44, 4a, 52 56, 60 9mm 29 MN! 6, 9, I2, Ix 24, 36 Mbps I6 dam
96, 4o, 44, 4a 52, 564 so, 64 OFDM 20 MM! 45, 54 my: I} rim
)6, 64 9mm 29 MN! «no mcso-Mcs4 l3 dam
4o, 44, 4a, 52 56,60 9mm 29 Max «no MC59-Mcs4 I6 dam
36, 4o, 44, 4a 52, 55, so, 64 OFDM 19 MM: MTZO MCSS-MCS7 Iadnm
36, 64 9mm 29mm VHTZD Mcswcs4 I3 um
49, 44, 46, 52 56, 60 OFDM 29mm vu‘rzo Mcswcs4 I6 um
36, 49, 44, 4a 52, 56, 69, 64 OFDM 29 MHz VIII29 MCSSMfiB liflim
39(5 IQOGHI). 62 (5 zloaux) 9am 49mm HTdoMCthSA I2 um
46 (5 239 GM). 54 (5 2706"!) cam 40 MH! HTao MCSO
Figure I 5: [allow profile
uax- ISDISZ‘II 41): Product lrfiormaoon Product handling
me an o! 46
@biox
32.3 ESD handling precautions
EMMY-W1 series modules are Electrostatic Sensitive Devices (ESD). Observe precautions for
handling! Failure to observe these precautions can result in severe damage to the Wi-Fi receiver!
EMMY~W1 series ~ User Manual
Wi-Fi transceivers are Electrostatic Senstive DeVIces (ESD) and require special precautions when handling.
Particular care must be exercised when handling patch antennas due to the risk of electrostatic charges. In
addition to standard ESD safety practices the followmg measures should be taken into account whenever
handling the receiver
uex-i60i527i 4103
Unlessthere is a galvanic coupling between the
local GND (i e. the worktable) and the PCB GHD,
then thefirst pomt of contact when handling the
PCB must always be between the local GllD and
PCB 6ND.
Before mounting an antenna patch, connect
ground ofthe device
When handling the RF pin, do not come into
contact with any charged capacitors and be
careful when contacting materials that can
develop charges (eg. patch antenna ~10 pE coax
cable ~50-80 pF/m, soldering iron, ,,.)
To prevent electrostatic discharge through the RF
input, do not touch any exposed antenna area. If
there is any risk that such exposed antenna area is
touched in non ESD protected work area,
implement proper ESD protection measures in the
desgn
When soldering RF connectors and patch
antennas to the receiver's RF pin, make sure to
use an ESD safe soldering iron (tip).
Product irflarrnaoon
1:-
AmL
® El
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IMIIIKMM
limo L
Product handling
me 39 at £6
@blox EMMV~W1 series~User Manual
9 Labeling and ordering information
9.1 Productlabeling
The labels of EMMY-W1 series include important product information as described in this section The data
matrix code for automotive and professional grade variants of EMMY-W1 series includes a serial number.
Figure 16 illustrates the sample label of the automotive grade (professional grade is similar and differs with
respect to product version (1) as mentioned in Table 39) of the EMMYle series and includes: the u-blox logo,
product name (model), type number, FCC and IC certification number and date of unit production encoded
YYNWV (year/w eek),
Model: MMY-W163 00A-u
FCC ID: XPYEMMYW1
lC: 8595A-EMMYW1
|=-| 0‘| I” H
@blox.® :
Flgure IS: murm ml: _ noiessionalgradesample label
A detailed description of the label components are listed in Table 39. The first three digits of the serial number
represent the Eluetooth MAC address
Relate-ice Dembflon
i rm 'MODEL' followed by wcducl type numpel olrmtmglhe second day: and smallel ioni used in: me mum
velsmn memory ('uay," in: professional and 'luA-yy’ rm auroniolue 9mm
2 Dale ol producmn encoded YYfVl/VV (year/wee“
2 Fccnc D mm the module has been llfied mm
A Data Mmuwm unique serial nunfiei at is abhanumerlc symbols
The 3 m symbols iepiesenllhe “mile module type no
Gil EMMY 7‘4"” 6 erDArDD,
632 EMMY »\N ISZ-ODADD.
700 EMMY »\N ISZ-ODB-DD‘
70V EMMY >\‘/IS“DOB £70
756 EM MY VII SS-DDAVOD,
777 EMMY -Vl/ lSS-DDBOO
‘lhe nulB Symbolsreplesert the quu! hexadennialfilue‘wblh MAC address (see section I ”or mole mlormahon
about MAC addiessesi oi ihe module AABECCDDEE‘ and the last -l symbols representihe hardware and firmware
ielsmn encoded Mir
5 u-blo; lagn‘ the led an m the logo is also mailing an no i
table 29 EMMVAWI ml: labd demlpllnn
UEXv 160l527l RD? Pioductlrflormanon Labellng and oldellng mfolmatinn
mewnus
@blox EMMY-W1 series~User Manual
9.2 Explanation of codes
Two different product code formats are used The Product Name is used in documentation such as this data
sheet and identifies all u-blox products, independent of packaging and quality grade. The Ordering Code
includes options and quality, while the Type Number includes the hardware and firmware versions. Table 40
below details these three different formats:
hm: film!
Nednfl Name "PP-YEW
ordering cure Peer-TrawATTO
M! Hunter PPPP-TBVV-TTQ-XX
Tile um Rodin! code lonnas
Table 41 explains the parts nfthe product code
code Healing Ennis
PPPP Form iamr EM MV
T6 Platform WI
T- Dormnmrlechnologyg For example, w vw-H, B 8quth
5 A Generation
W Variant based on the same platform range [00 99] 6‘
TT MaiolProduclVerSIon 00
a oualuy grade A
A Automome
B Proiessronai
C Raidld
xx Mrrror product version (not reierart fur (enrrmron) 00
Table II: M Identification code
9.3 Ordering codes
ordering cue Indira me not“:
EMMV-WIG 1-009 EMMY-wrer EMMY-WIS! proiemnal grade module
EMMV~WIGI-00A EMMY~WY6I~A EMMY-WISI auwmoure grade module
sMMr-wrsz-ooa cMMV-wrsz EMMY-W163 praiemnai grade module
EMMVeWIGB‘DOA EMMY~WY63~A EMMV‘WISZ auromndve grade module
EMMV~WIGS-OOB EMMY~WY65 cMMv-wrss proiemnai grade module
sMMr-wrss-ooA EMMY-WYGSA EMMY-WISE automotive grade module
EVK-{MMV-WISI-A EVK-{MMV-WISI madman krlior EMMY-WIS! and EMMY-WISi-A
EVK-EMMV-Wlsi-A EVK-{MMV-WIS] madam" krrianMMv-wrsz andEMMV-WIGE-A
Table 42: Hulda ordering coder
G" Product changes affecting form, fit or function are documented by u-blox. For a list of Product Change
Notifications(PCNs) see our website.
UEX~ISDISZ7I 4w: Productlntormaoorr Labeing and ordering nrormamrr
me 4| 0' 46
@blox
Appendix
A Glossary
In
ACL
AIS
BPF
BT
BAW
(PL!
DTM
DC
DDR
ESI)
EMV
FCC
Fro
GI
END
EPID
HD
HCI
MDS
MEI
LED
L7!
MAC
MWS
MCS
MSL
Hrc
Nrcr
DEM
PZP
Pca
PCN
PCM
RGTTE
RSS
RM
ROHS
SDIO
DEX-1601527! ‘ R03
lifillhll
Muss mmol Ins!
Advanud Enuypnon Stand ad
BmdPass Flt:
alusooth
sul Mouik Ware
Central anasmq um
anay Halli: Indtumn message
men (men!
Double Dau Rae
Elmlofiflk $85K"! DEM :5
Eumpay, Mnuc ad and Visa
Fedsal communicator“ commission
Fist In FlfiOut
Guard mental
Ground
Gmuatpurpns: mpulloulpul
thh Ddlnlmn
Ho: controls Name
Indumy Canada
mamammal Manual Dana mum
mananonal Mob“: Suum Equbmm! Idmmy
Light-mung diode
Long Tam Evolutmn
Lm [nagy
Medmm Acczss Conval
Mablewidess Smdalds
Mouuumn c 011mg Sdmme
Momma msmm/ lad
Nan-Held cmmunxmon
NFC Interface and mutual
onglnal emomenl mmulumm
Pueblo-pea
Pmled c mm and
Pmduu change Nollmmn
Pulseiode modulannn
Radio and ldnommunkaums lumml equvmml
Ram Frequemy
Rad» Sundads Soeakaum
Edam humidly
Rmtmon of Hazardous Surnames
Semve mgu hpul Output
Product Informaum
EMMY-W1 series - User Manual
Mpmdfl
Page 41 If 46
@blox EMMY-W1 series-User Manual
Ian ”film
son mm mgnl Rae
SMD Salute-mount Devlte
5C0 Synahmnous (onnemon-onmled
UART Unwusal Asymhwuous Remus/"manna
Table 43: Explmukn u “million and 1mm med
uax-Isolszn 4w: Productlnfiomaum Appumn
me 43 I' 46
@blox EMMY-W1serie5< User Manual
Related documents
1] u»b|ox Package Information Guide, document number UBX»14001652
2] Driver Software Application Note for ELLA‘W1 series and EMMY-W1series, document number
UBX-15012542
3] EMMY-W1 series System Integration Manual, document number uax-15024929
4] Mixtus A10194 Product Specification, Antenova-MZM, http://wwwantenova—
rn2m com/documents/download/40c67cf2e7a4c7b8cd0f7faed7f6d2caafe1886d597d5 October 2015
5] ANT-DB1-RAF-xxx Data Sheet, Linx, httpj/wwwlinxtechnolo gies.com/resources/data-guides/ant—db1-
raf-xxxpdf October 2015
6] Specification, Part No: GW.40 2153, taoglas, https:/Ifccid.io/pdf.php?id=2415249 December 2015
7] Specification, Part No.. GW.59.3153, taoglas
htt ://www.tao |as.comflma es roduct ima es/ori inal irna es/GW.59,3153- 2.46Hz—586Hz Band
Mount Dipole Antenna m0910pdf October 2015
8] 2015 RF Derices and High Frequency Inductors Product catalog,
http:l/www.passivecomponent.comldocumentlHF Devices/2013RF Cataloguegdf December 2015
9] ANT‘ZA‘CW'RCTXX Data Sheet Linx, http://www.linxtechnologiescom/resources/data‘guides/ant‘
2,4~cw~rct‘xx.pdf, October 2015
10] Delock WLAN 802.11 ac/a/b/g/n Antenna RF-SMAZ dBi Omnidirectional Jo int, 2015-11—26
http:l/www.de|ock.comlprodukt/88395mdfhtm|?sprache=en, November 2015
11] 245 GHz High Gain SMD Chip Antenna P/112450AT45A1OQJohan9on Technology,
http://www. oh ansontechnolog!.com/datasheets/antennas/2450AT45A100pdf October 2015
12] 24 GHz Miniature Screw mount Monopole Antenna, taoglas
http://www.taog|as.comAmages/product images/original images/GWV2601 12 2.46H2 Band
Monopole SMA%28M%29RA.pdf December2015
13] ANT-2.4-CW-RH Data Sheet Linx, http:/Mwainxtechnologies.com/resources/data-guideslant-2.4-cw-
rh-xxxpdf December 2015
G?" For regular updates to u~b|ox documentation and to receive product change notfications register on our
homepage (http:/Mwwu-bloxchl),
UEX-IGDISZH «a: Productlnformaoon Relateddocurnenls
meuoufi
@blox EMMY-W1serie5< User Manual
Revision history
"vision llau In m I («nun-nu
ROI ZZ-June-Zols Dinlel Dmlafle man
R02 Dl-July~ZDY6 Daniel Dmlene Dntumenl velease me: mum
R03 DS-luly‘ZDié DamdD-euefle counted max-mum wlpul powelfolEMMY-WIS3 nTableZS and Tfil! Z7
uax- Isol527l -Raz Productlnformauon
Rmsmn hmovy
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@blox
Contact
For complete contact informatlon visit us at www.mbloxvcom
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Product Informaum
EMMY-W1 series - User Manual
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Page as If 46

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