t
n
a
a
ly
n
O
u
Q
r
o
f
it al
ne
id
f
n
o
C
r
a
e
MaxLinear Multi-WAN
WiFi
6e
R2
Platform
lin
x
a
M
AnyWAN™ URX851 + WAV615/665
Agenda
t
n
a
u
Q
r
• AnyWAN™ SoC URX Platform
o
f
it al
ne
• WiFi6e R2 WAV615/665
• WiFi 6 GHz as a WAN
id
f
n
• ONT with PRX321
M
li
x
a
n
o
C
r
a
e
a
ly
n
O
Chip SKUs
Any WAN and Many WAN
All SKUs support 3-band WLAN with WiFi 6e R2 chipset WAV615/665
All SKUs are PIN and Software Compatible.
Router
Family
URX 600
Family
3
10GE
10GE
HGU
BOSA
URX 850
li
x
a
URX 650
M
f
n
o
XFI or
PCIe
C
r
ea
URX 851
ta
n
a BSP
AnyWAN™ Common
u
Q
r
DSL/G.fast
o
f
it al
e
n
id
VRX
URX 850
PON / XFI
XFI/PCIe
URX 851
4x 2.5GE
ly
n
O
RDK-B
URX 800
PON
AnyWAN
URX 651
2x 2.5GE
2x 1GE
UGW / prplWRT
Cable Docsis
DRX
URX 850
FWA
5G
URX 850
n
BOSA
VRX
URX 651
URX 650
DRX
URX 650
5G
URX 650
AnyWAN™ SoC URX851 … in a nutshell
URX 851
PON HGU & MultiWAN
PON
AnyWAN
URX 851
XFI or
PCIe
4x 2.5GE
Performance
ly
n
• 30 mil packets per sec
O
tapackets
• 10 Gbps full duplex @64B
n
• 35 Gbps routing ua
• 10 Gbps Ipsec r Q
fo
• Quad-Corel x86
ia
t
ne
id
f
n
Co
r
Integration (on-chip)
a
e
n
i
• x86 with VT-x & EPT
l
x
a
• 4x 2.5GE Phys integrated
M
• 1x PON or XFI with MacSec
• 8x additional 10 Gbps IOs
• 2x USB3.2 10G
• Platform pre-integration, hw, fw, sw
SoC, WiFi, Ethernet, MoCA, Voice, DSL/G.fast
4
Scalability
• WAN: Ethernet, Fiber, Copper, FWA, Cable
• Value-tier: 2 core and 4 core
• LAN: 2.5GE, 5GE, 10GE, MoCa
• WiFi: DBC, TBC WiFi6e R2
• All SoC pin and sw compatible
AnyWAN™ SoC URX800 – High-Speed Interfaces
XFI SATA 2lane PCIe
RXAUI
XFI SATA PCIe PCIe
PON
RXAUI
XFI SATA 2lane PCIe
RXAUI
XFI SATA PCIe PCIe
XFI
2lane PCIe
2lane PCIe
PCIe PCIe
d GE Phy
i2.5
f
n
o
C
r
a
e
PON
2.5 GE Phy
2.5 GE Phy
2.5 GE Phy
2.5 GE Phy
USB
USB
a
a
o Up to
f
l
a
i
t
PCIe
Up to
e
n
2lane PCIe
PCIe PCIe
XFI
y
l
n
10G PON (any flavor, incl 2.5G GPON)
O
ta
Up to 2xnRXAUI
a
u
UpQ
to 5x XFI, 10 Gb p s b
r
1 GE Phy
n
xli
M
a
a
b
a
4x d ual-lane PCIe 3.1, 16 GTb , ~10 Gb p s b
a
8x PCIe 3.1, 8 GTb , ~5 Gb p s b
2 - 4x integrated 2.5GE Phy
0 - 2x integrated 1GE Phy
USB
2x integrated USB3.1 controller (typ e A and C)
SATA
2x integrated SATA3.3, AHCI1.3.1 controller
up to, d ep ending on interface configuration
p er d irection p er lane
AnyWAN™ SoC URX651 … in a nutshell
URX 651
PON HGU & MultiWAN
PON / XFI
XFI/PCIe
URX 651
2x 2.5GE
2x 1GE
Performance
ly
n
• 20 mil packets per sec
O
tapackets
• 10 Gbps full duplex @64B
n
• 20 Gbps routing ua
• 5 Gbps Ipsec r Q
fo
• Dual-Core lx86
ia
t
ne
id
f
n
Co
r
Integration (on-chip)
a
e
n
i
• x86 with VT-x & EPT
l
x
a
• 2x 2.5GE Phys integrated
M
• 1x PON or XFI with MacSec
• 3x additional 10 Gbps IOs
• 1x USB3.2 10G
• Platform pre-integration, hw, fw, sw
SoC, WiFi, Ethernet, MoCA, Voice, DSL/G.fast
6
Scalability
• WAN: Ethernet, Fiber, Copper, Cable
• Value-tier: 2 core and 4 core
• LAN: 2.5GE, 10GE, MoCa
• WiFi: DBC, TBC WiFi6e R2
• All SoC pin and sw compatible
MultiWAN Gateway with AnyWAN™ URX851
4th WAN
optional
WAV665
10GE
10GE Phy
PON
4G / 5G
PCIe
PCIe
XFI
PCIe
PON Optics
PON MAC
PCIe
5G Modem
XFI/USXGMII
id
f
n
lin
ax
M
PMIC
WAN
7
2 GB LP DDR4
8 GB eMMC
o
C
r
a
e
X86
2.0 GHz
X86
2.0 GHz
X86
2.0 GHz
X86
2.0 GHz
Packet
Processor
Full CPU offload
30 mpps
35 Gbps
u
Q
r
o
f
XFI/SGMII
it al
n2.5e GE Phy
XFI
5 GHz 4x4
WAV665
6 GHz 4x4
5/10 GE Phy
5 / 10 GE
an
y
l
n
WAV615
O
taWAV655
USB A/C
SSI(SPI/PCM
SD Card
WiFi 6e R2
802.11AX R2
2.5 GE
2.5 GE
2.5 GE
2.5 GE
2.5 GE Phy
2.5 GE Phy
2.5 GE Phy
UART
2.4 GHz 4x4
2x USB Type A/C
Smart Home
SLC220
BT/Zigbee
2x FXS
SD Card Slot
Home
Triband HGU with AnyWAN™ URX651
5 GHz 4x4
WAV665
6 GHz 4x4
PCIe
y
l
n
WAV615
O
taWAV665
PCIe
PON
PON Optics
ax
M
PMIC
WAN
8
o
C
r
a
e
lin
1 GB DDR4
512 MB Flash
X86
1.7 GHz
o
f
it al
n2.5e GE Phy
id
f
n
2.5 GE Phy
2.5 GE Phy
u
Q
r
PCIe
PON MAC
X86
1.7 GHz
Packet
Processor
Full CPU offload
15 mpps
20 Gbps
an
2.4 GHz 4x4
1 GE Phy
1 GE Phy
2.5 GE
1 GE
1 GE
USB A/C
2x USB Type A/C
UART
SSI(SPI/PCM
SD Card
Smart Home
SLC220
WiFi 6e R2
802.11AX R2
BT/Zigbee
2x FXS
SD Card Slot
Home
Voice DSP
10G PON
any Fiber
MAC
u
Q
r
MACSEC
Packet Accelerator
35Gbps / 30Mpps
10Gbps full duplex @64Byte Packets
EPU
t
n
a
o
f
it al
ne
QOS and
Buffer Management
id
f
n
o
C
r
a
e
Packet
Buffer
a
4x 10G XFI
1G/2.5G/5G
USXGMII /
SGMII
2x RXAUI
4x
SATA3
.2
4x PCIe
2x dual
lane PCIe
NVMe
SERDES
10G XFI,
1G/2.5G/5G
SGMII
SERDES
4x2.5GE
WAN/LAN
ly
n
O
IP Reuse
SERDES
2x USB3.1
Gen2
Type C
Voice
SERDES
multiplexer
Memory IO
SERDES
PCM
High -speed IO
SERDES
SPI
PCM
SSI
Security
SERDES
DECT
SPI
PCM
Acceleration
SERDES
URX851 Block Diagram
CPU
4x PCIe
2x dual lane PCIe
NVMe
Direct Connect
OTP
9
M
2MB L2$
8-bit NAND
ax
lin
eMMC 5.1
HW Security
IPSEC/SSL
accelerator
10Gbps
SD-Card SDXC
Secure
Platform,
Secure Boot,
Secure Storage,
Trusted
Execution
Environment
TEP and SPE
QSPI i/f (HS)
Network-on-Chip (configurable protected regions, firewalls, secure debug)
x86/x64 IA
4-core
ATOM
2.0GHz +
~35k DMIPS +
TOE
LRO/TSO
SPI
UART
I2C
I2S
GPIO
WD Timer
Timers
Interrupts
DDR Encryption
32+8 bit/
32-bit/
16-bit
(LP-)DDR4/
DDR3L
Vision: GREEN Gateways operate Eco friendly &
deliver performance when needed
ly
n
– Power-gate un-used
interfaces, CPUs
O
– Limit time of
apeak performance based on thermal constraint
t
n
– Cool operation
a
u
B.
Eco mode
(operator and/or user defined)
Q
r– Eco-focused user  press the green-button
o
f – Need-for-Speed focused user  press the boost-button
l
C.tia Dynamically scale CPU, PP, I/O, …
ne
A.
Max
A. Eco
friendly
design
CPU4
B. Eco
mode
r
a
e
CPU3
lC.inCoC On
x
a
CPU2
CPU1
4x 10G
4x 10G
Ipsec
Voice
PP
Base
10
M
<2.5 Watt
Idle
<2 Watt
Co
id
f
n
Power saving by design
Methods
 Dynamic clocking / domain shut-off: Frequency Scaling, Clock Gating,
Power Gating
 Power State Control: Active, Active Idle, C6FS, D-States, C-States, P-States,
European Regulations CoC , ERP
 Thermal Management: Linux Thermal Zone Concept, Cooling Methods,
Including external Sensors (PCIe devices), Governors
 Software Modes: Linux System Suspend / Runtime Suspend
 Link Control: Influence PHY link states (10/100/1G/2.5 ETH link, PCIE
L0/0S/1/1.1/1.2, …)
Test results – Summary for A-steps
MaxLinear® AnyWAN™ Develop Kit URX851. UGW8.7.0.60. Linux Kernel 4.19. OpenWRT -19.x gcc -8.3.0 compiler
General
Boot time till ping to WiFi
Endurance
Test case pass [100% = productive]
Multi-Interface, Ethernet, 3-band WiFi 2.4, 5, 6 GHz
and FTP get/put bidirectional on USB [IPv4, TCP, IMIX]
Container to LAN
USB3.2-C to 10GE FTP bidirectional
81 seconds
48 hours
95%
t
n
a
u
Q
r
o
f
it al
ne
29.6 Gbps
1.6 Gbps#
405 MB/sec
a
M
11
a
10 .. 19.9 Gbps
8 .. 19.9 Gbps
18 .. 19.9 Gbps
4.2 Gbps
1.4 Gbps
1.3 Gbps
id
f
n
o
C
r
a
e
n
xli
ly
n
O
Acceleration ( <5% CPU)
64 Byte to 1.5 kB Packet performance [IPv4, TCP, bi-d 10GE-10GE]
Tunnels 6rd, DSLITE, EoGRE, IPoGRE [IPv4/6, TCP, 64 .. 1.5kB]
Tunnels 6rd, DSLITE, EoGRE, IPoGRE (IPv4/6, TCP, iMIX]
WiFi Dual-Band to LAN [IPv4, TCP, IMIX]
WiFi 6 GHz UNII5 [versus AX210 client]
G.fast212, UDP IPv4, PPPoE
target
for B-step
PM7-UGW 8.7.0.60 QA Cycle
Double
click to
open test
report
AnyWAN™ URX851A with UGW8.7.0.60
Release date: December 2020
UGW 8.7.0.60 (WiFi Router, DSL) Available now
General
• SDK for WiFi/Ethernet Router, DSL Linux
Kernel 4.19.60
• GCC8.3
• OpenWRT build system 19.04
id
f
n
Security
• Secure Boot
• HTTPS
File System
• Squash, Overlay and TMP FS
• UBI volume
12
M
li
x
a
n
o
C
r
a
e
t
n
a
a
WiFi
• Wi-Fi AP for 802.11b/g/n/ax
• 2.4 GHz+5 GHz+6 GHz
• WiFi acceleration (full CPU offload)
• CDB on 2.4 GHz and 5 GHz
• CTB on 2.4, 5 and 6GHz UNII5
• Mixed a/n/ac/ax and b/g/n
• WEP
• WPA, WPA2, WPA3
• 802.1x (RADIUS)
• 802.11e and WMM
(wireless multimedia extns.)
• WDS
• Virtual AP
• MAC Address based filtering
• 128 stations
• Channel selection
• ACL
• 802.1d Bridge incl filtering
u
Q
r
o
f
it al
ne
WAN
• 10GE
• DSL
• PON (8.5Gbps UDP)
CPU
• Multi-core processing
• Inter-core comms
• CPU states
Acceleration
• 10GE WAN
• 10GE LAN
• 2.5GE LAN
• IPv4/v6
• TCP/UDP
• Tunnels
6rd, IPoGRE,
• EoGRE
• DS-Lite
• IPsec tunnel
• Multicast
• Direct Connect
Features
• Power Management (phase 1)
• QoS: WRR, WSP
• IGMPv3/MLDv2
• VLAN over WiFi
• Multi Bridge
• VLAN
ly
n
O
Release Plan URX851 + WAV615/665/Qorvo
2021
Mar
Chip kits
HDK
Software
Releases
Apr
May
10
100
June
UGW 8.7.0.70
URX A + WAV614/624/664
WiFi
• Full 6Ghz band UNII5-8
WAV664A2 calibration
Aug
u
Q
r
HDK 8
o
f
l
a
i
System t
e
• NAn
id
f
n
UGW 8.7.0.80
URX B + WAV614/624/664
System
• B-step BSP
• First release on URX Bstep with Eth Router
functionality(10GEth
WAN, 10GEth LAN,
2.5GEth LAN, WiFi R1)
• 8.7.0.70 content will be
packaged, but not tested
li
x
a
M
o
C
r
a
e
n
Wi-Fi
• Same as 8.7.0.70
* Currently under review: pull-in of secure fw upgrade feature
t
n
a
1000
HDK 7.1
System
• URX851A
Last release on URX Astep
13
July
UGW 8.7.0.85
URX B + WAV615/665
Wi-Fi ER1
• R2 Chipset WAV615/665
• Full calibration
• Support for Qorvo and
Skyworks FEMs
• 5th Antenna calibration
• DVT
• FCC
ly
n
O
Sep
Oct
a
10k
UGW 8.7.0.95
URX B + WAV615/665
System
• UGW8.7.0.70 Feature set
• Speedtest 5Gbps
(TCP & UDP)
• Secure storage
• Secure FW Upgrade*
Wi-Fi ER2 (pre-GA)
• WiFi-6/6E certifiable WFA
• 80% maturity on R2
• DPD 2.4GHz support
• 5th Antenna RX support
• CSI first phase
Nov
Dec
MP
UGW 8.7.0.99
URX B + WAV615/665
System
• 10 Gbps Speedtest
(UDP & TCP)
Wi-Fi
• Full GA Maturity
• CSI complete after
integration
Wi-Fi Silicon Roadmap for Routers, Gateways & Extenders
2018-2019
2020-2021
WAV654
WAV664
2+2 DBC AP, 2L PCIe* 3.0 11ax, 160MHz
11ax R1, 6GHz UNI5-8
Q1’20*
4x4 5GHz AP, 2L PCIe 3.0, 160MHz, 11ax
Q1 ‘21
WAV61x
r
a
e
4x4 2.4GHz AP, ZWDFS
2L PCIe* 3.0, 11ax
M
Available | Sampleing
Development
Plan
14
Maxlinear Confidential
NAME
Description
PRQ
Sampl.
WAV615
id
f
n
Q4‘21
Co
11ax R2,2.4GHz
4x4
Q1 ‘21
Q4‘21
n
xli
a
Status
o
f
it al
ne
11ax R2,
5/6GHz UNI1-8 + 4x4
WAV655
EHT Ready : 4x4
320Hz,4K-QAM
Q2’22
WAV764-B
EHT R1 4x4 320MHz
5/6GHz
Q4‘22
Q4‘23
WAV758-A
WAV758-B
EHT Ready 4x4 +4x4
2.4Ghz/5GHz/6GHz
EHT R1 4x4 +4x4
2.4Ghz/5GHz/6GHz
Q2’22
Q1‘23
Q4‘23
WAV778-B
EHT R1 4x4 +2x2+2x2
2.4GHz+5GHz+6GHz
2023
2024
BMT
11ax R2, 2+2
(2.4/5GHz)
Q2 ‘21
a
nt
a
u
rQ
Q1‘21
WAV665
WAV62x
2022 - 2023
y
l
n
OWAV764-A
Q1‘22
APOC
Wi-Fi 7 4+2+2
2023
2024
Wi-Fi 6E & R2 Timelines
Q1
Q2
WFA 6GHz
Q3
Q4
Q1
Q2
Q3
M
li
x
a
Q2
n
o
C
PCs
Q3
t
n
a
u
Q
r
o
f
l
a
i
t
EU e
n
d
fi
FCC
r
a
e
Q1
CERT
PF1
6GHz Clients
MaxLinear’s AP
Q4
PF3
PF2
PF1
WFA “R2”
Regulation 6GHz
2021
2020
2019
PF6
a
2022
ly
n
O Q4
Q1
CERT
Phones
n
WAV664
WAV665
WAV615
Q2
Q3
Q4
WAV665-2 Selectable 5-7GHz
Key Features




2.4GHz or 5GHz
IEEE 802.11ax R2 WFA certifiable
Selectable 5GHz or 6GHz
16nm node technology; FCBGA-388 package
Wi-Fi Configurations:
›
›
›
›
FEM
2.4GHz or 5GHz
FEM
M
on
C
r
ea
› OFDMA (DL & UL), DL &
UL MU-MIMO Scheduler
› Puncturing & Extended Range
› Zero Wait DFS by using one SS from 5th Antenna
› Fully offloaded Wi-Fi traffic (Zero CPU utilization)
li
x
a
o
f
l
a
i
t 5GHz
2.4GHz or
e
n
d
if FEM
2.4GHz or 5GHz
 Key Features
n
 Interface(s): PCIe 3.0/2.0, GPIOs and UART for debug
 IoT Co-Ex interface and logic
 DPD Support @ 160MHZ
16
Maxlinear Confidential
u
Q
r
FEM
5 or 6GHz : 4x5, 4SS up to 4800Mbps
1024 QAM
256 clients, and 32 SSID’s per chip
EVM, sensitivity and ACR improvements
2.4GHz or 5GHz
FEM
t
n
a
a
ly
n
O
PCIE 3.0, 2L
WAV600-2
GPIOs
RF
ABB
PHY
MAC
UART
Host
Network
Processor
WAV615
Key Features




IEEE 802.11ax R2 WFA certifiable
Selectable Single or Dual concurrent
16nm node Technology; FCBGA-388 package
Wi-Fi Configurations:
› 2.4GHz : 4x4, 4SS up to 1200Mbps
› 2+2, Concurrent Dual Band,
Single chip @ 160MHZ
› 1024 QAM
› 256 clients, and 32 SSID’s per chip
› EVM, sensitivity and ACR improvements
› 11b TX/RX from all antennas
 Key features
li
x
a
2.4GHz or 5GHz
FEM
o
f
l
FEM ia
t
e
n
2.4GHz
d
if FEMor 5GHz
n
o
C
r
a
e
n
 Interface(s): PCIe 3.0/2.0, GPIOs and UART for debug
 IoT Co-Ex interface and logic
 Non-Linear DPD Support
PCIE 3.0, 2L
u
Q
r
2.4GHz or 5GHz
M
Maxlinear Confidential
ta
n
a WAV600-2
FEM
2.4GHz or 5GHz
› OFDMA (DL & UL), DL & UL MU-MIMO Scheduler
› Puncturing & Extended Range
› Fully offloaded Wi-Fi traffic (Zero CPU utilization)
17
ly
n
O
RF
GPIOs
ABB
PHY
MAC
UART
Host
Network
Processor
WAV665: Data Sheet Power Consumption
Values (4x4, 5/6GHz)
Parameter
I0v825
WAV665
Peak
2900
I1v2
1100
Symbol
Operating Current
u
Q
110
r
o
f
l
a
iWorst-RMS
t
Values
ne
100
I1v8
I3v3
Note : Peak current per rail to be used for Power supply dimensioning
Parameter
Symbol
Low Power Idle Power Consumption
Full Performance TX Power
Consumption
Full Performance RX Power
Consumption
M
a
Maxlinear Confidential
Tested at full performance
at
TJOP = 110c
mA
mA
1.7
Watt
1x1, 5GHz (20MHz)
3.2
2.6
Watt
4x4, RX, 5GHz (20MHz)
FPTX
3.8
2.7
Watt
PFPRX
4.6
3.2
Watt
id
f
n
2.1
I
Co
Note : RMS power together with use case dependent duty cycle to be used for Thermal dimensioning.
18
mA
Note
WAV665
r P
a
e P
n
xli
a
Note
Unit
WAV624
PLP
Operating Idle Power Consumption
t
n
a
ly
n
OmA
Unit
4x4, 5GHz (160MHz)
WAV615: Data Sheet Power Consumption Values
(4x4, 2.4GHz)
Parameter
I0v825
WAV614
Peak
-
I1v8
-
I3v3
350
Symbol
Operating Current
Note : Peak current per rail to be used for Power supply dimensioning
Parameter
Co
Low Power Idle Power
Consumption
Operating Idle Power
Consumption
Full Performance TX Power
Consumption
Full Performance RX Power
Consumption
li
x
a
M
n
r
a
e
ta
100 n
a
u
110
rQ
Worst-RMS Values
Maxlinear Confidential
Note
mA
mA
Tested at full
performance at
TJOP = 110c
Unit
Note
WAV614
WAV615
PLP
2.1
1.7
Watt
1x1, 2.4GHz (20MHz)
PI
3.2
2.6
Watt
4x4, RX, 2.4GHz
(20MHz)
PFPTX
2.7
2.2
Watt
PFPRX
3.9
3.1
Watt
Note : RMS power together with use case dependent duty cycle to be used for Thermal dimensioning.
19
ly
n
OmA
Unit
o
f
it al
ne
id
f
n
Symbol
WAV615
Peak
2700
4x4, 2.4GHz (40MHz)
6GHz as WAN
Option to use the 6GHz as a WAN backhaul. Two options
t
n
a
 URX can support 4 WiFi devices
 MXL WiFi supports client mode
 URX850 can support WiFi as WAN
› WiFi chip = ~ 2.5W
› Each FEM = ~2 W
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 URXuTriband with STA/Repeater mode is
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oplanned
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ia 
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 MXL working with Filter vendors on 6GHz fid
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High/Low filtering option
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ar
 Will require additional work aroundepower
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consumption and thermal solutions
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y
l
Triband 6E, withnShared
medium in the 6GHz
Quad band ( 2.4G + 5G + 6G_L + 6G_H)
SoC Capa
With 4th
• 4th PC
• Confi
• Any t
Shared 3
• Need
• No co
The STA is configured as a dedicated VAP on the
6GHz
 Will keep rBOM and thermals under control
 Will reduce maximum backhaul based on
sharing with 6E front AP
 URX850 can support STA/Repeater mode in
WAN configuration
PON Subsystem
 PON IP monolithically integrated in URX851
› Hence, hardware is identical to PRX321
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› All MAX/phy level properties are identical
Q
features, performance, firmware, IOP to OLTs, PONfcertifications..
or
 Recommended optical modules:
› XGSPON: SUPERXON LTD. SOGX2699-PSGA
fid
it al
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› GPON (G984)
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eoptolink- EOLS-GU-25-DJ
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URX voice subsystem
 C55 DSP 620 MHz, external SRAM 256 KB.
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 2x SSI port (allows 4x FXS via 2x SLIC220 )  support for SLIC210/220 supported
 PCM interfaces to LGM


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› PCM1 and PCM2 – Voice Processing and PCM0 - Voice recognition.
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t channels + ULE) / multi-DXS support.
› SPI Interfaces with Mode 3 for COSIC modem (up to 5 DECT channels or 4DECT
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› PCM interface with Slave Mode, Double clocking for ISDN.
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VoPPv4 Support
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Up to 8 Voice channels
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› G711 – 8 lines
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› G723 – 8 Lines
ax
› G.726 – 8 Lines
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›
Addition Three PCM Blocks on ATOM.
›
G729 – 6 lines
›
WB-AMR – 4 Lines
›
All lines are capable of handling 3-way calls
Documentation on MyMXL
ly
n
 Universal Gateway Software
O8.7.0.60 Release Notes Rev. 1.0
https://www.maxlinear.com/workspace/copy/9231c497-3661-4b9c-aeef-9966d8979abe/0
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Hardware
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 Universal Gateway Software 8.7.0.60 Feature Matrix
 AnyWAN™ Development Kit URX851 V1.3.2 HDK HW7.07
a
https://www.maxlinear.com/workspace/copy/cb765aba-2fc0-418e-8f0c-9b9d72e83690/0
u
https://www.maxlinear.com/workspace/copy/c2ff68e5-3b78-4518-bf69-0eaedff700c9/16
Qlinks
Other useful
r
 AnyWAN™ Development Kit URX851 V1.3.2 HDK HW7.07 Release Notes
o cut to URX section in general:
f
https://www.maxlinear.com/workspace/copy/c7bb6550-7e4d-4ea5-befb-7f7a614c6ebb/0
 Short
l https://www.maxlinear.com/mymxl/alldocuments?id=93186dbe-6550-4b87-bcfea
 AnyWAN™ Development Kit URX851 V1.3.2 HDK HW7.07 DVT Evaluation Report
i
t 889d9fdccc3f
https://www.maxlinear.com/workspace/copy/fb47782a-add5-4eed-bad8-dca8a7b3cfb8/0 e
n  Short cut to URX datasheet (Dec 2020):
 AnyWAN™ Development Kit URX851 V1.3.2 HDK HW7.07 Engineering Change Order id
https://www.maxlinear.com/workspace/copy/97d7beb5-dcaf-4507-9a63-eb58aef04ad3/0
f
https://www.maxlinear.com/workspace/copy/a287b3a2-ed0d-4b79-a3dbn
7329b47e8a85/16
 Secure boot info https://www.maxlinear.com/workspace/documentpdf/7b8d5909-27dfo
C
4311-abf8-903620f19675
 AnyWAN™ Development Kit URX851 V1.1.1 HDK HW6.06 Hardware Design
Guide (also
r
a
applicable for HDK7)
 Power management https://www.maxlinear.com/workspace/copy/86cb00e7-d3fc-4cd8e
https://www.maxlinear.com/workspace/copy/888ef949-6823-4401-bf91851f-f5fad58fa961/0
lin
a39177be180a/16
x
 General software overview:
a
 WIFI subsystem release notes (WLAN6.1.2.49_GA.2). M
https://www.maxlinear.com/workspace/documentpdf/a32431d6-5ee3-4304-a04b104a1c9c75e2
https://www.maxlinear.com/workspace/copy/126c9119-a216-4d79-8417Evaluation Report

Software
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Universal Gateway Software 8.7.x Getting Started
https://www.maxlinear.com/workspace/copy/7f63636f-ba06-492a-990a-f9e5c2c700bc/0

TAPI for CPE (to see how we implement voice):
https://www.maxlinear.com/workspace/documentpdf/32bf467e-aace-4632-a93ea653dca32e29
AnyWAN™ Development Kit URX851 V1.3.2 Evaluation Report
https://www.maxlinear.com/workspace/copy/5fd61754-a99c-49be-b565-f431d1337770/0
45087d3a7434/0


Universal Gateway Software 8.7.0.60 Release
https://www.maxlinear.com/workspace/copy/f9b82ec0-7f12-42ed-9346-c7ccb7480cb6/16
Maxlinear Confidential
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it al
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id
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Thank you !
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