Lantiq

This page covers the following companies: Metalink → Infineon → Lantiq → Intel → MaxLinear

Timeline
 * Lantiq - started as a spinoff from Infineon in 2009;
 * currently offering 802.11abgn chipset;


 * Infineon - worked on 802.11abg Wi-Fi chipset with Agere in 2002;
 * spinoff Wi-Fi assets to Lantiq in 2009


 * Metalink - founded (as xDSL SoC company) in 1999;
 * first Wi-Fi chip (MtW8170 802.11n draft) in 2005;
 * Wi-Fi business acquired by Lantiq in 2010


 * ADMtek - First Wi-Fi chip (ADM8211 802.11b) in 2002;
 * acquired by Infineon in 2004


 * Texas Instruments - CPE business (DSL + Wi-Fi chipsets);
 * acquired by Infineon in 2007


 * Intel acquires Lantiq in 2015 (Newsroom)
 * MaxLinear acquired Intel’s Connected Home Division in 2020 • PR

Wireless chipsets

Metalink

 * (a)bg(n)


 * Metalink's pre-aquisition chipsets

WAV300
 * (a)bgn (Wi-Fi 4)


 * post-Metalink acquisition

WAV500
 * bgn/(an+ac) (Wi-Fi 5)


 * Lantiq (Intel) WAV500 (PSB 83514MV12/83524M)
 * Supported for Intel AnyWAN SoC: GRX350, GRX550, GRX750 and Puma 7 Family.


 * WAV500 Series - 2x2/3x3/4x4 802.11ac Intel (Lantiq) Home Wi-Fi Chipset

WAV600
 * (a)bgn(+ac)+ax (Wi-Fi 6)


 * Intel XWAY WAV600 Wi-Fi Chipsets • Comparison: WAV500 & WAV600
 * Lantiq (Intel) WAV600 PBrief


 * WAV614 (WAV600 series) - 4x4 2.4GHz 802.11bgn/ax (1150Mbps) • CES 2019 PR (01/07/2019)
 * WAV624 (WAV600 series) - 4x4 5GHz 802.11an/ac/ax (4800Mbps) • CES 2019 PR (01/07/2019)
 * WAV654 (WAV600 series) - 2x 2x2 2.4/5GHz 802.11abgn/ac/ax 160MHz (3000Mbps) • CES 2019 PR (01/07/2019)

SoC

Lantiq (Intel)
AnyWAN Network Processor Series (ARK):
 * IRX200 Network Processors (Q1/17)
 * GRX750 Network Processor (Q1'17)
 * GRX550 Network Processor (Q1'17)
 * GRX350 Network Processors (Q1'15)
 * GRX330 Network Processor (Q4'13)
 * GRX300 Network Processors (Q3'13)
 * GRX220 Network Processor (Q4'14)
 * GRX200 Network Processors (Q1'10)
 * GRX100 Network Processors (Q2'08)

Network Processor

GRX 350/550/750

 * IRX200 • ARK (Seale)


 * PXB4320ELV12 (SLMDA) - IRX200 Intel Home Wi-Fi SoC (EL V1.2) - (SLLYC)
 * PXB4320ELV13 (SLMLE) - IRX200 Intel Home Wi-Fi SoC (EL V1.3) • √
 * PXB4320EL1600 (SLLYC ?) - IRX200 Intel Home Wi-Fi SoC (@800MHz Dual-core)
 * GRX350 • ARK (Seale)


 * GRX350A3BC160 (SLMQ3) - GRX350 AnyWAN Network Processor (@800MHz Dual-core) • √
 * PXB4395EL1200 (SLMD8/SLLF8) - GRX350 AnyWAN Network Processor (@600MHz Dual-core) • EASY350
 * PXB4395EL1600 (SLMD9/SLLFB) - GRX350 AnyWAN Network Processor (@800MHz Dual-core) • √
 * PXB4562EL1600 (SLM ?) - GRX350 AnyWAN Network Processor (@800MHz Dual-core)
 * PXB4582EL1600 (SLM ?) - GRX350 AnyWAN Network Processor (@800MHz Dual-core)
 * PXB4583EL1600 (SLLFB/SLMD9 ?) - GRX350 AnyWAN Network Processor (@800MHz Dual-core)
 * GRX550 • ARK (Seale)


 * GRX550A3BC200 (SLMQ4) - GRX550 AnyWAN Network Processor (@1GHz Dual-core) • √ LFBGA413 (SLMQ4)
 * PXB4582EL2000 (SLM ?) - GRX550 AnyWAN Network Processor (@1GHz Dual-core) • LFBGA413
 * PXB4583EL2000 (SLLZR) - GRX550 AnyWAN Network Processor (QTCV/SLLK4 @1GHz Dual-core) • √ WFA71591 (2017-08-26)
 * PXB4583EL2400 (SLLST) - GRX550 AnyWAN Network Processor (QSVU/QSZH @1.2GHz Dual-core) • EASY550 (4x4 802.11ac AP)
 * GRX750 • ARK (Cougar Mountain)


 * FHCE2732 (SR3AM), FHCE2733 (SR35Y), FHCE2734 - GRX750 AnyWAN (SR31C) • EASY750
 * GRX750-4000 (16k), GRX750-4400 (20k) + Lantiq (Intel) WAV500 (PSB 83514M/83524M)
 * Supported for Intel AnyWAN SoC: GRX350, GRX550, GRX750 and Puma 7 Family (-IRX200)
 * Intel Puma 7 • ARK (Cougar Mountain) • Intel -> MaxLinear (CHD)


 * FHCE2712 (SR31F), FHCE2712M (SR31G) - Intel Puma 7 Family SoC - Home Gateway
 * Intel Puma 7 • DOCSIS 3.1 + VINETIC 4S PEF3304 Codec (M - MoCA 2.0 supports)

GRX 100/200/220

 * CPE Network Processor • GRX100 ARK • GRX200 ARK • GRX220 ARK
 * PXB 4000 (TwinPass-E) - Infineon (Lantiq) xDSL CPU / XWAY TwinPass-E (PXB 4000 E)
 * PXB 4100 (GRX100/GRX168) - Single-Chip Solution for Gigabit Router Application
 * PXB 4110 (GRX100/GRX188) - Single-Chip Solution for Gigabit Gateway Application
 * PXB 4202 (GRX220) - AnyWAN GRX220 Network Processor • Creemore (SLLET)
 * PXB 4210 (GRX200/GRX288) - Gigabit Home Gateway with VoIP/CATiq Support (SLLEV)

WiSoC

GRX 300/330

 * CPE Network Processor with int. Wi-Fi • GRX300 ARK • GRX330 ARK
 * Intel AnyWAN GRX300/GRX330 Series - MIPS 34Kc 1-cores (2VPE/4TC)
 * PXB 4310 (GRX388) - Gigabit Ethernet Router/Gateway SoC with int. 3x3 WiFi
 * PXB 4310 EL V1.2 (GRX388) - Gateway SoC with integrated 802.11n 3x3 WiFi
 * PXB 4369 (GRX369) - Gigabit Ethernet Router/Gateway SoC with int. 2x2 WiFi
 * PXB 4379 (GRX300) - Gigabit Ethernet Router/Gateway SoC with int. 2x2 WiFi
 * PXB 4387 (GRX387) - Gigabit Ethernet Router/Gateway SoC with int. 2x2 WiFi (DirectLink)
 * PXB 4389 (GRX389) - Gigabit Ethernet Router/Gateway SoC with int. 2x2 WiFi
 * PXB 4389-720 (GRX389) - Gigabit Ethernet Gateway SoC with int. 2x2 WiFi • WFA56434 (2014-09-30)
 * PXB 4389 EL V2.17 (GRX389) - AnyWAN GRX330 Network Processor (SLLF6)

WRX 300

 * Wi-Fi SoC - RFIC (RF/PA)
 * PSB 82303 (WRX303) - RF companion chip for external PA for xRX 300, 3x3, 2,4 GHz, single band
 * PSB 82312 (WRX312) - RF/PA companion chip for xRX 300, 2x2, 2,4 GHz, single band
 * PSB 82313 M V1.2 (WRX313) - Fully integrated Wi-Fi 11n 3x3 RF/PA chip (PG-MRQFN-105)


 * WRX3x3 - PSB 82303 - 802.11n 3x3 Radio Chip (MRQFN105)
 * WRX3x2 - PSB 82312 - 802.11n 3x2 Radio Chip (MRQFN105)
 * WRX3x3 - PSB 82313 - 802.11n 3x3 Radio Chip (MRQFN105)

ADSL/VDSL (G.fast)

AMAZON-S/SE/ME

 * ADSL2+ Bridge • AMAZON
 * PSB 50505 AMAZON-ME (PSB 50505 E V1.3) - interface rich single chip ADSL2+ Modem/router
 * PSB 50510 AMAZON (PSB 50510 E) - Single Chip ADSL2/2+ CPE Solution (PBrief)
 * PSB 50600 AMAZON-SE-lite (PSB 50600 HL V1.2) - chip ADSL2+ Modem/router w/ Ethernet and USB device IF
 * PSB 50601 AMAZON-SE (PSB 50601 HL V1.2) - interface rich single chip ADSL2+ Modem/router
 * PSB 50610 AMAZON-S (PSB 50610 E V1.3) - interface rich single chip ADSL2+ Modem/router

DANUBE

 * ADSL2+ Bridge/Router DANUBE
 * PSB 50702 (DANUBE) - ADSL2+ IAD/Gateway Single Chip Solution
 * PSB 50712 (DANUBE-S) - ADSL2+ IAD/Gateway Single Chip Solution with Encrytion

VINAX

 * VDSL2 Modem/Router solution
 * PSB 80170 (VINAX-A) - AFE/LD (Analog Front-End/Line Driver) for VDSL2 CPE solution
 * PSB 80600 (VINAX-D) - VDSL2 Modem solution supporting all profiles up to 30a
 * PSB 80700 (VINAX-E) - VDSL2 Router device with integrated network processor
 * PSB 80800 (VINAX-VE) - Mid to high-end VDSL2 Gateway/IAD with integrated
 * network processor, VoIP and 2-channel codec
 * PEB83000 (VINAX-CPE) - VDSL2 IAD/Gateway Single Chip Solution, 1x VDSL2 (100Мbps)
 * Int. AFE/LD; IF: Ethernet MII, ATM UTOPIA-L2, MDIO, POS PHY, Parallel Host, FLASH, JTAG
 * PEF88102 / PEF88601 (VINAX-CO) - VDSL2 Gateway Dual Chip Solution, 2x VDSL2 (100Мbps)
 * VDSL2 (G.993.2) - 30MHz, DMT (Discrete MultiTone), 350m, 100/100Мbps, AAL5 interworking

ARX 100/200/300

 * ARX 100


 * ADSL2+ Router/Gateway CPE Solution • ARK (Belhaven)


 * PSB 50800 (ARX182) - ADSL2+ CPE Solution for IAD and DSL-UTA Applications
 * PSB 50810 (ARX168) - ADSL2+ CPE Solution for Router and Gateway Applications
 * PSB 50812 (ARX188) - ADSL2+ CPE Solution for IAD and Multi-Service Gateway Applications


 * ARX 200


 * ADSL2+ Line Driver Chipset • ARK (Aspendale)


 * PSB 80208 (ARX208/ARX200LD) - AFE + Line Driver Companion Chip for ARX200
 * (PSB 80208 V V1.1) (ARX208) ADSL2+ AFE - PSB 80208 V (VR9) VQFN108


 * ARX 300


 * ADSL2+ Gateway/Router SoC with int. 802.11n Wi-Fi • ARK (Lesterville)


 * Intel XWAY ARX300 Series - MIPS 34Kc 1-cores (2VPE/4TC)
 * PSB 50368 (ARX368) - ADSL2+/Ethernet Router with integrated high performance WLAN and GE / FE LAN/WAN
 * PSB 50388 (ARX388) - ADSL2+/Ethernet Router with int. WLAN, GE/FE LAN/WAN, 2-4 Ch FxS and CATiq support

VRX 200

 * ADSL2+ / VDSL2 chipset featuring Gigabit routing • VRX200 ARK (Oberin)
 * PSB 80108 V (VRX208/VRX200LD) - Line Drive Companion Chip for VRX200 - PSB80108V (SLLDX)
 * PSB 80190 VV11(VRX208/VRX200LD) - AFE + Line Drive Companion Chip for VRX200 (SLLE2/SLLDZ)
 * PSB 80220 EL (VRX220) - VDSL2/ADSL2/2+ True Universal DSL Router Solution for Triple-play Applications (SLLE5)
 * PSB 80221 EL (VRX220) - VDSL2/ADSL2/2+ True Universal DSL Gateway Solution for Triple-play Applications (SLLE7/SLMDV)
 * PSB 80910 ELV12 (VRX268) - VDSL2/ADSL2/2+ True Universal DSL Router Solution • (VQFN20, VQFN108, LFBGA369) (SLLED)
 * PSB 80920 ELV12 (VRX288) - VDSL2/ADSL2/2+ True Universal DSL Gateway Solution for Triple-play Applications (SLLEE/SLLEF)

VRX 300/500/600

 * VRX 300
 * VDSL2 Line Driver • ARK

VRX318 - VDSL2 Line Driver
 * PSB 80318 (VRX318) - ADSL2/2+/VDSL Transceiver and Line Driver (PG-MRQFN-122) - (SLLEA)
 * DSL Line Driver/Front End (VRX318); Lantiq (Intel); PSB 80318; W619AK03/W634AK0Z (SLLEA)
 * XWAY WAVE300, PCI; Lantiq (Intel); PSB 8221/PSB 8301; PSB8221EL (SLLEG); PSB8301V (SLLEM)

VRX320 - VDSL2 Line Driver
 * PSB 80320 (VRX320) - xDSL Front-End (GRX300/GRX330/GRX350)


 * VRX 500
 * Intel AnyWAN Transceiver (VDSL CPE) • ARK ("Marina Gate")

VRX517 - xDSL AFE (VR11) VQFN108 VRX518 - xDSL AFE (VR11) VQFN108
 * PSB 80517 VV12 (SLM3E)
 * PSB 80518 VV12 (SLM3D) • AVM FRITZ!Box 7530 (SLMF8)
 * VRX518 B1VC (SLNB9)


 * VRX 600
 * Intel AnyWAN Transceiver (G.fast CPE) • ARK (Granite Gate)


 * VLD600 - VDSL Line Driver (LD)
 * VRX618 B1MC - Gfast Frontend • MRQFN124 (SLMJL)
 * VRX618 - G.fast Front-End (VR12) • Blog
 * ADSL, VDSL, 35b, G.fast 106MHz (106a/106b)


 * VRX619  B1MC - Gfast Frontend • MRQFN124 (SLMJK)
 * VRX619 - G.fast Front-End (VR12)
 * ADSL, VDSL, 35b, G.fast 212MHz


 * VRX620 - G.fast Front-End
 * VRX621 - G.fast Front-End
 * GF1, GF1-212 • HWU
 * ONU/DPU/MDU (AVM FRITZ!Box 7583)

GPON

 * FALCON Series


 * PRX Series

Switch

 * PHY11G/TANTOS/FLOW Series

Chipsets

 * Infineon's pre-acquisition


 * post-Infineon acquisition


 * xDSL AFE/LD: XWAY VRX208 (PSB 80190 V V1.1); VDSL2, ADSL1/2/2+
 * Switch: Lantiq XWAY TANTOS (PSB 6972 V V1.3); PSB 6970;
 * SLIC: Lantiq PEF 4268 - Ringing SLIC with Integrated DC/DC Converter
 * Ethernet: Lantiq PEF 7071V


 * DSL Chip Database
 * DSL Chip - Analog Front End
 * DSL Chip - Line Driver