MediaTek

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Timeline

which held a strong market share position in digital television chips
The merger between MediaTek and MStar was delayed by antitrust
concerns of China and South Korea and finally finalized on Feb. 2014

For more information on:

  • 802.11 chipsets developed by Inprocomm before the acquisition, such
as those having a chip name that starts with IPNxxxx, see Inprocomm.
  • 802.11 chipsets developed by Ralink before the acquisition, such
as those having a chip name that starts with RTxxxx, see Ralink.

Wireless chipsets

PCIe / USB

(a)bgn (WLAN)

Chip Interface PHY
modes 		MIMO
config 		First seen
(FCC) 		Notes Adapters ESystems External
links
MT7592(N) PCIe abgn 2x2:2 2014-08-28 rebranding of Ralink RT5592EP
Aztech DSL5028EN 		0 devices 10 devices WFA
MT7600U(N) USB 2.0 abgn 2x2:2 2014-09-04 2.4/5GHz, 2T2R
Microsoft 1653 		3 devices 1 devices WFA
MT7601E(N) PCIe bgn 1x1:1 2014-03-26 2.4GHz, 1T1R
TP-LINK TD-W8951ND v6 		0 devices 4 devices WFA
PPage
MT7601U(N) USB 2.0 bgn 1x1:1 2013-02-20 MT7601UN* 2.4GHz, 1T1R
Foxconn WFU03 		35 devices 2 devices WFA
PPage
MT7602E(N) PCIe bgn 2x2:2 2014-04-24 MT7602EN* 2T2R (400Mbps),
RF FEM, LDPC, 256QAM, TxBF 		0 devices 16 devices PR DS
PPage
MT7603E(N) PCIe bgn 2x2:2 2014-10-07 MT7603EN* 2T2R, STBC, WoWLAN
RF FEM, Airtime Fairness, TxBF 		0 devices 58 devices PI
PPage
MT7603U(N) USB 2.0 bgn 2x2:2 2014-08-26 2.4GHz 2T2R, STBC, WoWLAN
RF FEM, Airtime Fairness, TxBF 		4 devices 0 devices WFA
PPage
MT7605E(N) PCIe bgn 3x3:3 MT7605EN* 3T3R, STBC, WoWLAN
RF FEM, Airtime Fairness, TxBF 		0 devices 0 devices WFA
PPage
MT7606U(N) USB 2.0 abgn 3x3:3 2.4/5GHz, 3T3R, STBC, WoWLAN
RF FEM, Airtime Fairness, TxBF 		0 devices 0 devices MTK
WFA
MT7615S(N) PCIe 2.0 abgn 3x3:3 2017-07-13 Wave2, MU-MIMO, 2.4/5GHz, BF,
3T3R (600Mbps 256QAM), WFA 		0 devices 2 devices PR PR
PPage
MT7761N A-Die bgn 3x3:3 2019-11-18 802.11bgn, 3T3R, STBC, MU-MIMO
A-Die, TxBF, iPA/iLNA, MT7761N 		0 devices 3 devices PPage

abgn (WLAN/BT Combo)

Chip Interface PHY
modes 		MIMO
config 		First seen
(FCC) 		Notes Adapters ESystems External
links
MT7630E(N) PCIe abgn 1x1:1 2013-01-07 2.4/5GHz, 1T1R
integrated Bluetooth 		2 devices 0 devices WFA
PPage
MT7630U(N) USB 2.0 abgn 1x1:1 2.4/5GHz, 1T1R
integrated Bluetooth 		0 devices 0 devices WFA
PPage
MT7631U(N)
(TUN) 		PCIe bgn 2x2:2 2.4GHz, 2T2R
Bluetooth 4.0 		0 devices 0 devices PD
PPage
MT7632E(N) PCIe abgn 2x2:2 2.4/5GHz, 2T2R
Bluetooth 4.0 		0 devices 0 devices PD
PPage
MT7632U(N)
(TUN) 		USB 2.0 abgn 2x2:2 2014-11-11 2.4/5GHz, 2T2R
Bluetooth 4.0 		4 devices 2 devices MTK
WFA
MT7633E(N) PCIe abgn 2x2:2 2.4/5GHz, 2T2R
Bluetooth 4.0 		0 devices 0 devices PD
PPage
MT7636U(N) USB 2.0 abgn 3x3:3 2.4/5GHz, 3T3R,
Bluetooth 4.2 		0 devices 0 devices MTK
WFA
MT7638U(N)
(GUN) 		USB 2.0 abgn 2x2:2 2016-10-10 2.4/5GHz, 2T2R, OTP,
Bluetooth 5.0 LE 		4 devices 0 devices MTK
WFA

ac

Chip Interface PHY
modes 		MIMO
config 		First seen
(FCC) 		Notes Adapters ESystems External
links
MT7610E(N) PCIe an+ac 1x1:1
(433Mbps) 		2013-03-05 802.11ac, STBC, TxBF, WFA
w/ MT7620A/MT7628A (11ac) 		1 devices 66 devices PR PR
PPage
MT7610U(N) USB 2.0 abgn+ac 1x1:1
(433Mbps) 		2013-01-01 802.11ac, 1T1R, STBC, TxBF,
ext. LNA/PA, USB 2.0, WFA 		30 devices 0 devices PR PR
PPage
MT7611N(N) PCIe abgn+ac 4x4:4
(1.7Gbps) 		802.11ac, VHT80, 256QAM, MU-MIMO,
DBDC, 4T4R AC, 2x 2T2R, BF, QoS 		0 devices 0 devices AC AC
PPage
MT7612E(N) PCIe abgn+ac 2x2:2
(867Mbps) 		2013-12-11 802.11ac, 2T2R, STBC, LDPC, TxBF, iCal,
WoWLAN, STA Proxy, WFA (15dBm) 		5 devices 127 devices PR DS
PPage
MT7612U(N) USB 3.0 abgn+ac 2x2:2
(867Mbps) 		2014-06-25 802.11ac, 2T2R, STBC, LDPC, TxBF,
WoWLAN, USB 3.0, WFA (15dBm) 		12 devices 0 devices PR PR
PPage
MT7613AE(N) PCIe an+ac 2x2:2
(867Mbps) 		2019-08-22 Wave2, MU-MIMO, STBC, LDPC, TxBF,
WoWLAN, STA Proxy, iLNA/iPA (19dBm) 		0 devices 4 devices PR AC
PPage
MT7613BE(N) PCIe 2.1 abgn+ac 2x2:2
(867Mbps) 		2019-09-19 Wave2, MU-MIMO, STBC, LDPC, TxBF,
WoWLAN, STA Proxy, iLNA/iPA (19dBm) 		0 devices 2 devices PR AC
PPage
MT7615
(B/D/E/N) 		PCIe 2.0 abgn+ac 4x4:4 /
2x 2x2:2
(1.7Gbps) 		2016-04-08
WFA
(2016-06-22) 		Wave2, MU-MIMO, BW160, 256QAM,
DBDC, 4T4R AC, 2x 2T2R, BF, QoS,
ARM Cortex-R4 CPU, 32-bit RISC MCU 		3 devices 84 devices PR PR
Spec.
PPage
MT7615B(N) PCIe 2.0 abgn+ac 3x3:3
(1.3Gbps) 		2017-07-13 Wave2, MU-MIMO, BW160, 256QAM,
DBDC, 3T3R AC, 2T2R, BF, QoS 		0 devices 2 devices PR PR
PPage
MT7615D(N) PCIe 2.0 abgn+ac 2x 2x2:2
(1.2Gbps) 		2017-08-16 Wave2, MU-MIMO, 256QAM, BF,
DBDC, 2x 2T2R (AC867+N400) 		0 devices 15 devices PR PR
PPage
MT7615E(N) PCIe 2.0 abgn+ac 4x4:4
(1.7Gbps) 		2016-07-07 Wave2, MU-MIMO, BW160, 256QAM,
DBDC, 4T4R AC, 2x 2T2R, BF, QoS 		1 devices 3 devices PR PR
PPage
MT7615N(N) PCIe 2.0 abgn+ac 4x4:4
(1.7Gbps) 		2016-04-08 Wave2, MU-MIMO, BW160, 256QAM,
DBDC, 4T4R AC, 2x 2T2R, BF, QoS 		2 devices 66 devices PR PR
PPage
MT7618BU(N) USB 2.0 abgn+ac 2x2:2
(867Mbps) 		2017-12-05 802.11ac, 2T2R, DBDC, MU-MIMO,
USB 2.0, STBC, iLNA/iPA 		2 devices 0 devices PPage
MT7762N A-Die an+ac 3x3:3
(1.3Gbps) 		2019-11-18 802.11ac, 3T3R, STBC, MU-MIMO,
A-Die, TxBF, ePA/eLNA, MT7762N 		0 devices 3 devices PPage
MediaTek MT7615 (AsiaRF WS3294) Spec.

Description

MT7615 is designed to support standard based features in the areas of security, quality of service and

international regulations, giving end users the greatest performance any time and in any circumstance.

MT7615 supports concurrent dual-band operation at 5GHz and 2.4GHz band (DBDC, Dual-Band-Dual-Concurrent).

It enables diversified applications that require one link at 2.4GHz band, and the other at less crowded

5GHz band simultaneously. With the advent of 802.11ac, multiuser MIMO (MU-MIMO) is defined.

MT7615 supports MU-MIMO with different configurations. An AP is able to use its antenna arrays to transmit

multiple frames to different clients at the same time and over the same frequency spectrum.

MT7615 Block Diagram

Features:

  • Embedded ARM Cortex-R4 processor for full host CPU offload
Embedded 32-bit RISC microprocessor
  • Supports 4x4 4SS 11ac Wave2 MU-MIMO and 160MHz channels
Supports 5,10,20,40,80,80+80 and 160MHz channels
  • 4T4R with support of up to 1733Mbps PHY rate
Configurable 4x4/3x3 or 2x2n + 2x2ac DBDC
  • MU-MIMO configurations of
4 users: 4x 1SS
3 users: 2x 1SS + 1x 2SS or 3x 1SS
2 users: 2x 2SS or 1x 1SS + 1x 2SS or 2x 1SS
  • iNIC Gen2 with full Wi-Fi offload
  • Highly integrated RF with 40nm low power process
  • Noise mitigation:
Supports background scan function for fast channel switching
Supports spectrum analysis for non-Wi-Fi signals
  • Intelligent Power Saving
  • Hardware-based Airtime Fairness (QoS)
  • Integrate high efficiency internal 2.4G/5G PAs
  • Supports external PA/LNA/TRSW design
  • Proprietary LTE coexistence over UART
  • Intelligent Calibration (iCal) reduces the production time
  • WoWLAN via GPIO (client mode), supports Host Sleep (AP mode)
  • Compact 12x12 mm DRQFN-118 package with PCIe Gen2 interface


ac (WLAN/BT Combo)

Chip Interface PHY
modes 		MIMO
config 		First seen
(FCC) 		Notes Adapters ESystems External
links
MT7650E(N) PCIe 1.1 abgn+ac 1x1:1
(433Mbps) 		802.11ac, Bluetooth 4.0 + HS,
PCIe 1.1/1.2, PD, WFA 		0 devices 0 devices PR PR
PPage
MT7650U(N) USB 2.0 abgn+ac 1x1:1
(433Mbps) 		2013-10-25 802.11ac, Bluetooth 4.0 + HS,
USB 2.0, 1T1R, PD, WFA 		2 devices 0 devices PR PR
PPage
MT7658CU(N)
(AUN/BUN) 		USB 3.0 abgn+ac 1x1:1
(433Mbps) 		802.11ac, 1T1R, DBDC, MU-MIMO
BT 5.0 LE, iLNA/iPA, 9x9 QFN76
ARM Cortex-R4 CPU, 32-bit RISC MCU 		0 devices 0 devices Spec.
PPage
MT7658CS(N)
(ASN/BSN) 		SDIO 3.0 abgn+ac 1x1:1
(433Mbps) 		2018-09-20 802.11ac, 1T1R, DBDC, MU-MIMO
BT 5.0 LE, iLNA/iPA, 9x9 QFN76
ARM Cortex-R4 CPU, 32-bit RISC MCU 		0 devices 1 devices Spec.
PPage
MT7662E(N)
(TE/TEN) 		PCIe 1.1 abgn+ac 2x2:2
(867Mbps) 		802.11ac, 2T2R, STBC, TxBF, iCal,
WoWLAN, STA Proxy, BT 4.0 LE 		0 devices 0 devices PD
PPage
MT7662U(N)
(TU/TUN) 		USB 3.0 abgn+ac 2x2:2
(867Mbps) 		2014-08-08 802.11ac, 2T2R, STBC, TxBF, iCal,
WoWLAN, STA Proxy, BT 4.0 LE 		6 devices 1 devices ZK
PPage
MT7663S(N)
(S/SN) 		SDIO 3.0
/ UART 		abgn+ac 2x2:2
(867Mbps) 		Wave2, MU-MIMO, STBC, TxBF, iCal,
WoWLAN, STA Proxy, BT 4.2, iLNA/iPA
ARM Cortex-R4 CPU, 32-bit RISC MCU 		0 devices 0 devices PW PW
PPage
MT7663U(N)
(U/UN) 		USB 3.0
/ UART 		abgn+ac 2x2:2
(867Mbps) 		Wave2, MU-MIMO, STBC, TxBF, iCal,
WoWLAN, STA Proxy, BT 4.2, iLNA/iPA
ARM Cortex-R4 CPU, 32-bit RISC MCU 		0 devices 0 devices PW PW
PPage
MT7668AE(N)
(BEN/REN) 		PCIe 2.0 /
UART (BT) 		abgn+ac 2x2:2
(867Mbps) 		802.11ac, 2T2R, DBDC, MU-MIMO
BT 4.2/5.0 FDD (UART), iLNA/iPA
ARM Cortex-R4 CPU, 32-bit RISC MCU 		0 devices 0 devices Spec.
PPage
MT7668AU(N)
(BUN/RUN) 		USB 3.0 /
UART (BT) 		abgn+ac 2x2:2
(867Mbps) 		2016-10-10 802.11ac, 2T2R, DBDC, MU-MIMO
BT 4.2/5.0 FDD (UART), iLNA/iPA
ARM Cortex-R4 CPU, 32-bit RISC MCU 		4 devices 1 devices Spec.
PPage
MT7668AS(N)
(BSN/RSN) 		SDIO 3.0 /
UART (BT) 		abgn+ac 2x2:2
(867Mbps) 		2016-10-10 802.11ac, 2T2R, DBDC, MU-MIMO
BT 4.2/5.0 FDD (UART), iLNA/iPA
ARM Cortex-R4 CPU, 32-bit RISC MCU 		1 devices 0 devices Spec.
PPage
MediaTek MT7658C (UN/SN) Spec.

Description
  • The MT7658C is a highly integrated monolithic chip with a low power
1x1 802.11abgn/ac dual-band Wi-Fi subsystem and Bluetooth subsystem.
  • The Wi-Fi subsystem includes 802.11abgn/ac radios, basebands.
Baseband and MAC for low power and high throughput applications.

The MT7658C has a 32-bit RISC MCU that handles Wi-Fi and Bluetooth tasks, and

an ARM Cortex-R4 Microcontroller that handles Wi-Fi and Bluetooth tasks.
Unloading data frame processing in the Wi-Fi host driver.

The Bluetooth subsystem includes a Bluetooth radio, baseband, and link controller.

It also uses a 32-bit RISC microcontroller as the Bluetooth protocol.
MT7658C Chip Features
  • Technology and packaging:
Highly integrated 28nm RFCMOS process
9x9 QFN 76-pin package
Power management and clock source

Efficient power management unit with integrated single 3.3V power input

  • MT7658CSN supports 26/40/52 MHz crystal clock, low power operation in idle mode
  • MT7658CUN supports 40 MHz crystal clock in low power idle mode
Buffered clock output for clocks with other SoC chipsets
System
  • 32-bit RISC Microcontroller for Wi-Fi/Bluetooth protocol
  • ARM Cortex-R4 Microcontroller for Wi-Fi offload
  • Embedded SRAM/ROM
  • UART interface with hardware flow control
Programmable Multiplexed GPIO Pin
  • MT7658CUN - USB device is fully compliant with USB 3.0 specification
  • MT7658CSN - SDIO device is fully compliant with SDIO 3.0 specification
WLAN
  • 802.11abgn/ac compatible
  • Integrated LNA, PA and T/R switches
  • Supports 20/40/80 MHz bandwidth in 2.4/5GHz band
  • Dual frequency 1T1R mode
- 5GHz band data rate up to 300 Mbps
- 2.4GHz band data rate up to 100 Mbps
  • Supports MU-MIMO RX
  • Supports STBC, LDPC and RX Beamformee
  • Supports Green space, Mixed mode, Legacy mode
  • Support 802.11d/e/h/i/j/k/mc/r/v/w
  • WFA WPA/WPA 2 Personal, WPS 2.0, WAPI Security support
  • WFA WMM, WMM PS QoS support
Bluetooth
  • Bluetooth 5.0
  • Bluetooth 4.2 Low Energy (LE)
  • Bluetooth 2.1 EDR
  • ANT/ANT+
  • Integrated BALUN and PA
  • Scatternet support:
up to 7 piconets for background query/page scanning
up to 7 BT link 32 BLE link
supports retransmission connections between SCO and ESCO
supports wideband voice and hardware accelerated sbc codecs for a2dp streams
  • Packet loss concealment channel quality drive data rate adaptation
  • AFH Channel Assessment and WB RSSI
Block diagram
MediaTek MT7668AEN (AUN/ASN) Spec. • MT7668ASN (BSN/RSN) Spec.

Description
MediaTek MT7668AEN/MT7668AUN/MT7668ASN/MT7668BSN/MT7668RSN

Provides a highly integrated WLAN system-on-chip (SoC) for

5GHz 802.11ac, or 2.4GHz/5GHz 802.11n WLAN applications
  • SDIO/Bluetooth 4.2/5.0 Low Energy (LE)
  • Supports BT 4.2/BT 5.0 + HS, BLE, and ANT+ and
backward compatibility with BT 1.x and BT 2.x
  • MCS9 VHT80/256QAM ANT (2T2R)
  • Security: WPA, WPA2, AES (TKIP), WPS 2.0, WAPI
  • Use on-chip OTP (One-Time Programmable)
  • Supports 20/40/80 MHz bandwidth in 2.4/5GHz band
  • Dual frequency 2T2R mode
- 5GHz band data rate up to 450 Mbps (SDIO 3.0)
- 2.4GHz band data rate up to 200 Mbps
  • Supports Green space, Mixed mode, Legacy mode
  • Supports MU-MIMO RX and DBDC
  • Supports STBC, LDPC, RX/TX Beamformer
  • Supports 802.11d/e/h/i/j/k/mc/r/v/w
  • Supports QoS WFA, WMM, WMM PS
Configuration
  • MT7668AEN using PCIe 2.1, data rate is up to 600 Mbps
PCIe devices are fully compliant with PCIe v2.1 specification
  • MT7668AUN using USB 3.0, data rate is up to 600 Mbps
USB device are fully compliant with USB v3.0 specification
  • MT7668ASN using SDIO 3.0, data rate up to 450 Mbps
SDIO devices are fully compliant with SDIO v3.0 specification
supports DBDC with Dual MAC, 2.4/5GHz can work simultaneously
  • MT7668BSN supports BT 5.0, for Bluetooth networking, such as smart street lights.
  • MT7668RSN supports BT 4.2
Features

GMT-7668-S is the small size and low power module

for 802.11ac + MU-MIMO, Wave2, Wireless LAN.

GMT-7668-S is based on MT7668ASN/MT7668BSN/MT7668RSN solution.

  • 802.11abgn/ac WLAN infrastructure
2.4GHz & 5GHz ac + Internal PA
  • Support SDIO 2.0/3.0
  • Support DBDC (Dual Band Dual Concurrent)
  • Size: 15mm x 13mm x 1.8mm
Suppored Platform
  • Win XP, 2000, Vista, Win 7, WinCE
  • Linux, Android
Application
  • OTT, STB, DTV, DVR, HD DVD Player, Blue-ray Disk Player,
Smart Home Appliance, Smart Lock, Intelligent Sound Box,
Smart Street Lamp, Robot, Laptop NB, Tablet, MID, MiFi,
Router, CPE, USB Dongle and all kinds of smart hardware.
Block Diagram
SDK 6.0
  • MT7615 - 4x4 802.11ac, ARM Cortex-R4, https://patchwork.kernel.org/cover/10879257/
  • MT7915 - 4x4 802.11ax (?), MT7615 (?)
  • MT7622 - 4x4 802.11bgn, ARM Cortex-A53 (64-bit) @1.35GHz
  • MT7626 - 4x4 802.11bgn (?), MT7622 (?), WiSoC
  • MT7636 - 3x3 802.11abgn,
  • MT7637 - 3x3 802.11abgn (?), MT7636 (?)
  • MT7638 - 2x2 802.11abgn, (USB, 2T2R 11abgn, BT 5.0) - MT7638GUN • ZK-7638U
  • MT7663 - 2x2 802.11ac (?), MT7662 (?) - (USB & SDIO)
MTK - iTest MediaTek Solution
  • BT(BR/EDR/BLE): ■ / ▲ ; No: • ;
| Manuf | DUT Model | 11●bgn | 11●a | 11●ac | BT■(BR/EDR/BLE) | BT▲5.0 | °ZigBee |
MTK MT3620_WIN10 (USB) ● (11n)
MTK MT5931 (SDIO) ● (11n)
MTK MT5931_MT6622 (SDIO) ● ■ (11n, BT)
MTK MT6620 (SDIO) ●● ■ (11abgn, BT)
MTK MT6622 (SDIO) • ■ (BT only)
MTK MT6625 (SDIO) ● ■ (11n, BT)

---

MTK MT7510T_RT5392 ● (11n)
MTK MT7511T_RT5392L (Telnet) ● (11n)
MTK MT7525_MT7592 (Telnet) ● (11n)
MTK MT7526G_MT7592N_MT7612EN (Telnet) ●●● (11ac, DB)
MTK MT7581 (UART) • ▲ (BT only)

---

MTK MT7601U (USB) ● (11n)
MTK MT7603U (USB) ● (11n)
MTK MT7610U (USB) ●●● (11ac)
MTK MT7612U (USB) ●●● (11ac)
MTK MT7612EN (PCIE) •●● (11an/ac)
MTK MT7612E (PCIE) ●● (11abgn/ac-x)

---

MTK MT7620A (Telnet) ● (11n)
MTK MT7620A_MT7610E (SSH) ●●● (11ac, DB)
MTK MT7620A_MT7610E (Telnet) ●●● (11ac, DB)
MTK MT7620A_MT7610E (UART) ●●● (11ac, DB)
MTK MT7620N (Telnet) ● (11n)
MTK MT7620 (ATE) ● (11n)
MTK MT7620 (eCos) ● (11n)
MTK MT7620 (UART) ● (11n)
MTK MT7621A_MT7612E_MT7602E ●●● (11ac, DB)
MTK MT7621A_MT7615E_MT7615E (Telnet) ●●● (11ac, DB)
MTK MT7621_MT7610E_MT7603E (Telnet) ●●● (11ac, DB)
MTK MT7621_MT7615D (Telnet) ●●● (11ac, DB)
MTK MT7628 (SSH) ● (11n)
MTK MT7628A (Telnet) ● (11n)
MTK MT7628A_MT7610E (Telnet) ●●● (11ac, DB)
MTK MT7628A_MT7612E (Telnet) ●●● (11ac, DB)
MTK MT7628K (Telnet) ● (11n)

---

MTK MT7631T (USB) ● ■ (11n, BT)
MTK MT7632U (USB) ●● ■ (11abgn, BT)
MTK MT7632TUN (USB) ●● ■ (11abgn, BT)
MTK MT7638GUN (USB) ●● ▲ (11abgn, BT 5.0)
MTK MT7662U (USB) ●●● ■ (11ac, BT)
MTK MT7662TU (USB) ●●● ■ (11ac, BT)
MTK MT7662TE (PCIE) ●●● ■ (11ac, BT)
MTK MT7662TEN (PCIE) ●●● ■ (11ac, BT)
MTK MT7663 (USB & SDIO) ●●● ■ (11ac, BT)
MTK MT7668 (Telnet) ●●● (11ac)
MTK MT7668S (SDIO) ●●● ■ (11ac, BT)
MTK MT7668U (USB) ●●● ■ (11ac, BT)

---

MTK MT7681 (UART) ● (11n)
MTK MT7682 (UART) ● (11n)
MTK MT7687 (UART) ● (11n)
MTK MT7688 (UART) ● (11n)
MTK MT7688A ● (11n)
MTK MT7688K ● (11n)
MTK MT7697 (UART) ●● ▲ (11abgn, BT)
MTK MT8516 (CMD) ● (11n)
MTK VSPM310B_MT7603EN (Telnet) ● (11n, SB)
MTK ZX2791_MT7603_MT7612 (Telnet) ●●● (11ac, DB)


ax

Chip Interface PHY
modes 		MIMO
config 		First seen
(FCC) 		Notes Adapters ESystems External
links
MT7915A(N) PCIe abgn+ac+ax 4x4:4 (Q1 2020) Wi-Fi 6, WPA3, OFDMA, Zero DFS, ESR
MU-MIMO, 1024QAM, HE80, LNA/PA 		0 devices 0 devices PR
PR
MT7915D(AN) PCIe abgn+ac+ax 2x 2x2:2 (Q1 2020) Wi-Fi 6, WPA3, OFDMA, Zero DFS, ESR
MU-MIMO, 1024QAM, HE80, LNA/PA
MediaTek MT7975DN - Wi-Fi 6 RFIC 		0 devices 1 devices PR
PR
MT7915N(N) PCIe abgn+ac+ax 4x4:4 (Q3 2019) Wi-Fi 6, WPA3, OFDMA, Zero DFS, ESR
MU-MIMO, 1024QAM, TWT, DCM, Mesh 		0 devices 1 devices PR
See also: Celeno § ax

Mobile / SDIO

bg(n)

  • Early MT59xx chips are the fruit of MTK's acquisition of Inprocomm (Integrated Programmable Communications, Inc.).
Chip Interface PHY
modes 		MIMO
config 		First seen
(FCC) 		Notes Adapters ESystems External
links
MT5901 SDIO bg - appears in IPN/MTK test utility,
similar to IPN2128/MT5911 chips 		0 devices 0 devices
MT5911N SDIO bg - 2006-01-30 ASIC MT5911N QFN76 3.3V MTK LF 8 devices 0 devices
.
MT5912 SDIO bg - 2007-08-13 0 devices 1 devices
.
MT5921 SDIO bg - MediaTek MT5921A WI-FI WAPI 802.11 WLAN
and Baseband Processor (GW616, iPhone 4s) 		0 devices 0 devices PR
WFA
MTK Sol
MT5931 SDIO 2.0 bgn 1x1:1 2013-07-15 802.11n (2.4GHz) with 150Mbps data rate
targeted towards mobile applications
(MT2502 + MT3332 + MT5931) 		0 devices 1 devices PBrief
PPage
MT5932 SDIO 3.0
/ SPI 		bgn 1x1:1 (2017 Q3) WiSoC ARM Cortex-M4 @192MHz, 1T1R,
SDIO, SPI, UART, I2C, I2S, PWM, ADC
(MT7682/MT7686/MT5932) 		0 devices 0 devices PR
PPage

(a)bgn(+ac)

Chip Interface PHY
modes 		MIMO
config 		First seen
(FCC) 		Notes Adapters ESystems External
links
MT6620 SDIO (a)bgn 1x1:1 2013-03-08 802.11n (2.4/5GHz), GPS/Galileo/QZSS,
BT3.0+HS / BT4.0+LE, FM tuner/RDS 		0 devices 2 devices PR
PPage
MT6625 (L/N) SDIO (a)bgn 1x1:1 2016-09-14 802.11n (2.4/5GHz), GPS/Galileo/QZSS,
BT3.0+HS / BT4.0+LE, FM tuner/RDS 		0 devices 3 devices DS (L)
PPage
MT6627 SDIO (a)bgn 1x1:1 2014-04-21 targeted towards mobile applications
Wi-Fi/BT/GPS/FM, PA/LNA combo chip 		0 devices 1 devices PPage
MT6628Q SDIO + ... (a)bgn ... 1x1:1 2013-05-02 targeted towards mobile applications
Wi-Fi/BT/GPS/FM, PA/LNA combo chip 		0 devices 5 devices PPage
MT6628T SDIO (a)bgn ... 1x1:1 802.11n (2.4/5GHz), BT3.0+HS / BT4.0+LE,
FM tuner/RDS/RBDS 		0 devices 0 devices PPage
MT6630 SDIO
(SoC) 		abgn+ac 1x1:1 BT4.1 HS/BLE, GPS/GLONASS, int. PA/LNA
FM w/ RDS, complements MT6595 SoC 		0 devices 0 devices PR PR
PPage
MT6630Q SDIO + UART + SPI abgn+ac 1x1:1 BT4.1, GPS/GLONASS/Beidou/Galileo/QZSS, FM
w/ RDS/RBDS, complements MT6595 SoC 		0 devices 0 devices PR PR
PPage
MT6630T SDIO abgn+ac 1x1:1 BT4.1, GPS/GLONASS/Beidou/Galileo/QZSS, FM
w/ RDS/RBDS, complements MT6595 SoC 		0 devices 0 devices PR PR
PPage
MT6631N SDIO abgn+ac 1x1:1 802.11abgn/ac (2.4/5GHz), BT4.1, GPS, FM,
• Meizu MX6 • Xiaomi Redmi Note 4 		0 devices 1 devices ABI
PPage
MT6632 SDIO abgn+ac 1x1:1 802.11abgn/ac (2.4/5GHz), BT4.1,
complements MT6595 SoC 		0 devices 0 devices WFA
PPage
MT7606S SDIO + ... abgn 2x2:2 2.4/5GHz, 2T2R ?? 0 devices 0 devices MTK
PPage
MT7636S SDIO + ... abgn 2x2:2 2.4/5GHz, 2T2R
integrated Bluetooth 		0 devices 0 devices MTK
PPage

SoC

General Purpose

Chip Arch. Clock
speed 		Cores First seen
(FCC) 		Notes ESystems External
links
MT7621A(T) MIPS
1004Kc 		880 MHz 2
(2C4T) 		2014-04-24 MT7621AT, 5p GbE, 1x RGMII, 3x PCIe, 1x USB 3.0, 2x USB 2.0,
L1-32/32kB, L2-256kB, DDR2/DDR3 256/512MB, TFBGA378,
HNAT, NAPT, HQoS, HW Crypto Engine, UART, JTAG 		124 devices PR DS
PPage
MT7621DA(T) MIPS
1004Kc 		880 MHz 2
(2C4T) 		2019-08-22 (Q3 2019) MT7621DAT, 5p GbE, 1x RGMII, 3x PCIe, 1x USB 3.0, 2x USB 2.0,
L1-32/32kB, L2-256kB, int. RAM 128MB (DDR3),
HNAT, NAPT, HQoS, HW Crypto Engine, UART, JTAG 		4 devices PR DS
PPage
MT7621N(T) MIPS
1004Kc 		880 MHz 1
(1C2T) 		MT7621NT, 2x RGMII, 2x PCIe, 1x USB 3.0, 2x USB 2.0,
L1-32/32kB, L2-256kB, DDR2 256MB,
HNAT, NAPT, HQoS, HW Crypto Engine, UART, JTAG 		0 devices PR DS
PPage
MT7621S(T) MIPS
1004Kc 		880 MHz 1
(1C2T) 		2014-10-07 MT7621ST, 5p GbE, 1x RGMII, 3x PCIe, 1x USB 3.0, 2x USB 2.0,
L1-32/32kB, L2-256kB, DDR2/DDR3 256/512MB, LFBGA346
HNAT, NAPT, HQoS, HW Crypto Engine, UART, JTAG 		10 devices PR DS
PPage
MT7623A(I) ARM
Cortex-A7 		1.3 GHz 4
(4C4T) 		2016-09-22 (Q2 2015) 5p GbE SW, ext. RGMII, 3x PCIe, 2x USB 3.0, USB 2.0, SDIO,
BT 4.1/BLE, 2.5Gbps HNAT+QoS+SFQ, 1Gbps VPN CE
w/ 1x1 Wi-Fi (MT7615), home and business routers 		2 devices PR PR
PPage
MT7623N(I) ARM
Cortex-A7 		1.3 GHz 4
(4C4T) 		2017-08-14 (Q2 2015) 2x GbE RGMII/TRGMII, 3x PCIe, 2x USB 3.0, USB 2.0, SPDIF,
BT 4.1/BLE, 2.5Gbps HNAT+QoS+SFQ, 1Gbps VPN CE, HDMI,
w/ 1x1 Wi-Fi (MT7615), home and business routers 		3 devices PR PR
PPage
MT7626B(N)
(TP1900BN) 		ARM
Cortex-A7 		1.2 GHz 1
(1C2T) 		(Q3 2018) GbE SW, ext. RGMII, 2x PCIe, 2x USB 2.0, SDIO,
GbE RGMII/TRGMII, 2.5Gbps HNAT+QoS+SFQ,
TP1900BN, w/ 3x3 Wi-Fi (MT7761N/MT7762N) 		3 devices PR PR
PPage
MT7683 ARM
Cortex-A7 		1.3 GHz 4
(4C4T) 		(Q3 2015) HDMI, MIPI, PCIe, 1x USB 3.0, 1x USB 2.0, SDIO, SPI, PWM,
ADC, DAC, IR, PCM, RGMII+TRGMII, int. GPU Mali-450
w/ 1x1 Wi-Fi (MT7687), IoT gateways and media routers 		0 devices PR
PR

WiSoC

MIPS

Chip Arch. Clock
speed 		Cores PHY
modes 		MIMO
config 		First seen
(FCC) 		Notes ESystems External
links
MT7620A(N) MIPS 24KEc 580 MHz 1 bgn 2x2:2 2013-03-05 5p FE PHY, PCIe IF, 2x RGMII, HNAT,
NAND, SPI, eMMC, SDXC, USB 2.0
MT7620AN, TFBGA 265ball (11x11mm) 		128 devices PR DS/PG
PPage
MT7620DA(N) MIPS 24KEc 580 / 600
MHz 		1 bgn 2x2:2 (Q2 2019) 5p FE PHY, PCIe IF, 2x RGMII, HNAT,
NAND, SPI, eMMC, SDXC, USB 2.0,
MT7620DAN, emb. DRAM (64MB DDR2) 		3 devices PR DS/PG
PPage
MT7620N(N) MIPS 24KEc 580 / 600
MHz 		1 bgn 2x2:2 2013-02-07 5p FE PHY, 2T2R, USB 2.0, HNAT,
NAND, SPI, rev.0203 (N) / 0206 (H)
MT7620NN, DR-QFN 148pin (12x12mm) 		35 devices PR DS/PG
PPage
MT7628A(N) MIPS 24KEc 575 / 580
MHz 		1 bgn 2x2:2 2015-01-16 5p FE SW, PCIe, USB 2.0, IoT, eMMC,
SPI, SDXC, AES Engine, ext. DRAM
MT7628AN, DR-QFN 156pin (12x12mm) 		47 devices PR PG
PPage
MT7628DA(N) MIPS 24KEc 575 / 580
MHz 		1 bgn 2x2:2 2019-02-02 (Q4 2018) 5p FE SW, PCIe, USB 2.0, IoT, eMMC,
SDXC, AES Engine, emb. DRAM (64MB)
MT7628DAN, DR-QFN 120pin (10x10mm) 		5 devices PR PG
PPage
MT7628K(N) MIPS 24KEc 575 / 580
MHz 		1 bgn 2x2:2 2017-09-22 (Q4 2014) 5p FE SW, PCIe, USB 2.0, IoT, eMMC,
SDXC, AES Engine, emb. DRAM (8MB)
MT7628KN, DR-QFN 120pin (10x10mm) 		6 devices PR PG
PPage
MT7628N(N) MIPS 24KEc 575 / 580
MHz 		1 bgn 2x2:2 2015-01-19 5p FE SW, USB 2.0, N300, eMMC, SPI,
SDXC, AES Engine, ext. DRAM (DDR)
MT7628NN aka MT7628N 		36 devices PR PG
PPage
MT7688A(N) MIPS 24KEc 575 / 580
MHz 		1 bgn 1x1:1 2015-10-16 (Q4 2014) 5p FE SW, ext. DRAM (256MB), SDXC,
IoT, USB 2.0, PCIe, 1p FE, Smart Home
MT7688AN, DR-QFN 156pin (12x12mm) 		15 devices PR DS
PPage
MT7688K(N) MIPS 24KEc 575 / 580
MHz 		1 bgn 1x1:1 (Q4 2014) 5p FE SW, emb. DRAM (8MB), USB 2.0,
IoT bridge, PCIe, 1p FE, Smart Home
MT7688KN, DR-QFN 120pin (10x10mm) 		0 devices PR DS
PPage

ARM

Chip Arch. Clock
speed 		Cores PHY
modes 		MIMO
config 		First seen
(FCC) 		Notes ESystems External
links
MT7622A ARM
Cortex-A53
(64-bit) 		1.35 GHz 2 bgn 4x4:4 (2017 Q3) 4p FE SW, 2x PCIe 2.0, RGMII, SGMII,
NAPT, HQoS, USB 2.0, USB 3.0, BT 5.0,
SATA 3.0/eSATA, SDXC/eMMC flash,
ADC, IR, PMIC, PWM, RTC, SPI, UART 		1 devices PR
MTK
PPage
MT7622B ARM
Cortex-A53
(64-bit) 		1.35 GHz 2 bgn 4x4:4 (2017 Q3) 4p FE SW, 2x PCIe 2.0, RGMII, SGMII,
NAPT, HQoS, USB 2.0, USB 3.0,
SDXC/eMMC flash, GPIO, I2C, I2S,
PMIC, PWM, SPI, UART 		1 devices PR
MTK
PPage
MT7622E ARM
Cortex-A53
(64-bit) 		1.35 GHz 2 No - (2017 Q3) 4p FE SW, 2x PCIe 2.0, RGMII, SGMII,
NAPT, HQoS, USB 2.0, USB 3.0,
SDXC/eMMC flash, GPIO, I2C
PMIC, PWM, RTC, SPI, UART 		0 devices PR
MTK
Spec.
PPage
MT7629(A) ARM
Cortex-A7
(AC1900G) 		1.25 GHz 2 abgn+ac 3x3:3 (2018 Q3) 4p FE/1p GbE SW, PCIe 2.0, RGMII, SGMII,
HNAT, HQoS, USB 2.0/3.0, JTAG, UART,
STBC/LDPC, TxBF, PWM, GPIO, I2C, I2S,
MU-MIMO, 256QAM, DR-SQFN 68L (8x6) 		0 devices PR
Spec.
PPage
MT7629(D) ARM
Cortex-A7
(AC1900G) 		1.25 GHz 2 abgn+ac 3x3:3 (2018 Q3) 4p FE/1p GbE SW, PCIe 2.0, RGMII, SGMII,
HNAT, HQoS, USB 2.0/3.0, JTAG, UART,
STBC/LDPC, TxBF, PWM, GPIO, I2C, I2S,
MU-MIMO, 256QAM, WB-TFBGA (13x13) 		0 devices PR
Spec.
PPage

IoT

Chip Arch. Clock
speed 		Cores PHY
modes 		MIMO
config 		First seen
(FCC) 		Notes ESystems External
links
MT7681 Andes-N9
DS 		80 MHz 1 bgn 1x1:1 (2014 Q4) IoT WiSoC MT7681N
int. PMU, PA, LNA and RF switch,
GPIO, PWM, UART, SPI, DR-QFN 		0 devices PR ML
PBrief
PPage
MT7682 ARM
Cortex-M4F 		192
MHz 		1 bgn 1x1:1 2017-11-09 (2017 Q2) IoT WiSoC, 384/512KB RAM/Flash,
UART, SDIO, SPI, I2C/S, PWM, ADC,
Cortex-M4F, Smart Home 		1 devices PR
PPage
MT7686 ARM
Cortex-M4F 		192
MHz 		1 bgn 1x1:1 (2017 Q2) IoT WiSoC, embedded 4MB RAM/Flash,
UART, SDIO, SPI, I2C/S, PWM, ADC,
Cortex-M4F, Smart Home 		0 devices PR
PPage
MT7687F ARM
Cortex-M4F 		192 / 200
MHz 		1 bgn 1x1:1 (2015 Q3) IoT WiSoC, embedded RAM/Flash,
UART, I2C, SPI, I2S, PWM, IrDA
Cortex-M4F, Smart Home 		0 devices PR DS
PPage
MT7697 ARM
Cortex-M4F 		192 / 200
MHz 		1 bgn 1x1:1 2017-06-12 (2016 Q2) IoT WiSoC, embedded RAM,
Wi-Fi, BT BLE, CM4 and RAM
Cortex-M4F, Smart Home 		1 devices PR DS
PPage
MT7697D ARM
Cortex-M4F 		192 / 200
MHz 		1 abgn 1x1:1 2017-10-25 (2016 Q2) IoT WiSoC, embedded RAM,
DB WiFi, BLE, CM4 and RAM
Cortex-M4F, Smart Home 		1 devices PR DS
PPage

xDSL

Chip AFE / LD Arch. Clock
speed 		Cores Max. DSL
capability 		First seen
(FCC) 		Notes ESystems PR /
PPage
MT7502 int.
- / - 		MIPS 14Kc 350 MHz 1 ADSL2+ 1x FE MAC w/ FE PHY, DTM, SAR,
int. AFE, ADSL2/2+ modem solution 		0 devices PPage
MT7505 MT7550
/ - 		MIPS 24Kc 550 MHz 1 ADSL2+ 2016-01-14 5x FE SW w/ FE PHY, 1x PCIe, SPA,
1x USB 2.0, ADSL2/2+, Wi-Fi Gateway 		1 devices PPage
MT7510(T) - /
MT7555 		MIPS 34Kc 650 MHz 1 VDSL2 /
ADSL2+ 		2015-04-23 1x GbE MAC w/ RGMII/TRGMII, 1x PCIe,
5x FE SW w/ FE PHY, 1x USB 2.0, PCM,
SPA, VDSL2/ADSL2+ IAD, VoIP Gateway 		6 devices PR
PPage
MT7511(T) - /
MT7555 		MIPS 34Kc 750 MHz 1 VDSL2 /
ADSL2+ 		1x GbE MAC w/ RGMII/TRGMII, 1x PCIe,
5x FE SW w/ FE PHY, 1x USB 2.0, PCM,
SPA, VDSL2/ADSL2+ IAD, VoIP Gateway 		4 devices PR
PPage
EN7512(U) - /
EN7556N 		MIPS 34Kc 700 MHz 1 VDSL2 /
ADSL2+ 		1x GbE MAC w/ RGMII/TRGMII, 1x PCIe,
5x FE SW w/ FE PHY, 1x USB 2.0, PCM,
SPA, VDSL2/ADSL2+ IAD, VoIP Gateway 		0 devices PR
PPage
EN7513(T) - /
EN7556N 		MIPS 34Kc 900 MHz 1 VDSL2 /
ADSL2+ 		1x GbE MAC w/ RGMII/TRGMII, 1x PCIe,
5x FE SW w/ FE PHY, 1x USB 2.0, PCM,
SPA, VDSL2/ADSL2+ IAD, VoIP Gateway 		0 devices PR
PPage
EN7516 - /
EN7556N 		MIPS 34Kc 900 MHz 1 VDSL2 /
ADSL2+
/ 35b 		1x GbE MAC w/ RGMII/TRGMII, 1x PCIe,
5x FE SW w/ FE PHY, 1x USB 2.0, PCM,
SPA, VDSL2/ADSL2+/35b, VoIP Gateway 		0 devices PR
PPage

MediaTek xDSL Solutions (on EcoNet)

ADSL2/2+/VDSL2/AFE/LD • >> .
  • EN7516 - VDSL2/35b/ADSL2+ High Performance Dual-Band Wi-Fi VoIP Gateway
  • EN7513 - VDSL2/ADSL2+ Dual-Band Wi-Fi VoIP Gateway
  • EN7512 - VDSL2/ADSL2+ Wi-Fi VoIP Gateway
  • MT7505 - ADSL2+ Wi-Fi Gateway
  • MT7502 - ADSL2+ Modem Solution
  • MT7502 Single-Chip ADSL2/2+ Modem Solution
The MT7502 is a highly integrated single-chip solution combining AFE (Analog Front End) chip technology
and an ADSL2/2+ wired ADSL modem application together on one chip.
It includes a 32-bit network processor and a powerful ADSL Discrete Multi-Tone (DMT) engine with enhanced features.
The MT7502 also integrates one 10/100 Ethernet MAC with one 10/100 Ethernet PHY, and an ATM AAL5 hardware SAR.
The MT7502 is a simple one-chip solution for ADSL wired applications maximizes flexibility for system designers.

  • MT7505 High performance Single-Chip ADSL2/2+ Wifi Gateway (w/ MT7550)
The processor of MT7505 ADSL2+ is a highly integrated solution for xDSL broadband access gateway with advantages
over cost, functionality and performance. When it is used with the MediaTek MT7550 DSL analog front end (AFE),
a simple two-chip solution is adopted for xDSL Bridge, Router and WLAN Gateway applications. MT7505 includes
a 32-bit MIPS 24Kc CPU and a powerful xDSL Discrete Multi-Tone (DMT) engine with enhanced features and is
compliant with various standards defined by ANSI and ITU-T.
MT7505 also incorporates one USB 2.0 host port, one PCIe host port, a 4-port Fast Ethernet Switch with PHY integrated
for LAN application, a 1-port Fast Ethernet with PHY integrated for Ethernet WAN application, Smart Packet Accelerator
(SPA) for wired-speed performance enhancement. MT7505 also MCM DRAM inside for smaller PCB size.

  • MT751x High performance VDSL2 VoIP Gateway (MT7510 / MT7511 w/ MT7555) [1]
The processor of MT751x series VDSL2/ADSL2+ IAD is a highly integrated solution for xDSL broadband access gateway
with advantages over cost, functionality and performance. When it is used with the MediaTek MT7555 Line Driver (LD),
a simple two-chip solution is adopted for xDSL Router/Gateway/IAD applications. MT751x includes a 32-bit MIPS CPU
and a powerful xDSL Discrete Multi-Tone (DMT) engine with enhanced features and is compliant with various standards
defined by ANSI and ITU-T.
MT751x also incorporates USB 2.0 host port, PCIe host port, a 4-port Fast Ethernet Switch with PHY integrated for
LAN application, a 1-port Gigabit Ethernet with PHY integrated for Ethernet WAN application, a TRGMII and an RGMII
interface for external LAN devices, a PCM interface for VoIP application, and Smart Packet Accelerator (SPA) for
wired-speed performance enhancement.

  • MT7550 xDSL analog front end (AFE) for ADSL2/2+ (w/ MT7505)
  • MT7555 Line Driver (LD) for VDSL2/ADSL2+ (w/ MT751x)
  • RT63368 High performance ADSL2/2+ VoIP Gateway (w/ RT63087) - also see Ralink
The RT63368 ADSL2+ processor is a highly integrated solution for ADSL broadband access gateway with advantages
in cost, functionality and performance. RT63368 is designed for Ethernet bridges/routers, WLAN residential gateways.
It includes a 32-bit MIPS CPU and a powerful ADSL Discrete Multi-Tone (DMT) engine with enhanced features. When
used with Ralink RT63087 analog front-end (AFE), it performs a simple two-chip solution for bridge/router applications.
The RT63368 ADSL2+ processor employs the discrete multi-tone modulation technology compliant to the various
standards defined by ANSI and ITU-T. It also incorporates USB 2.0 port, PCIe port, and an ATM AAL5 hardware SAR.

xPON

Chip AFE / LD Arch. Clock
speed 		Cores Max. ONT
capability 		First seen
(FCC) 		Notes ESystems PR /
PPage
MT7520ST
EN7520 		- MIPS 34Kc
V5.5 		650 MHz 1
(4 threads) 		xPON 1x GbE MAC PHY, SPA, QoS,
int. PMU, Modem solution
Ralink MT751020 SoC
BGA package 		1 devices PPage
MT7520FT
EN7520 		- MIPS 34Kc 650 MHz 1
(4 threads) 		xPON /
VoIP 		1x GbE MAC PHY, SPA, QoS,
int. PMU, VoIP, xPON Gateway
BGA package
 		1 devices PPage
EN7521FU EN7570N MIPS 34Kc ? MHz 1
(? threads) 		xPON /
VoIP 		intergrated DRAM 64/128/256MB
4x GbE PHY, 1x PCIe, SPA, QoS,
VoIP, xPON Gateway
QFP package 		0 devices PPage
MT7525FT
EN7525 		- MIPS 34Kc 750 MHz 1
(4 threads) 		xPON /
VoIP 		2018-06-29 4x GbE PHY, 1x PCIe, SPA, QoS,
1x USB 2.0, VoIP, Wi-Fi Gateway
Ralink MT751020 SoC
BGA package 		3 devices PPage
EN7526GT - MIPS 34Kc
V5.8 		900 MHz 1
(2 threads) 		xPON /
VoIP 		2016-10-22 2x GbE PHY, 2x PCIe, SPA, QoS,
2x USB 2.0, VoIP, Wi-Fi Gateway
EcoNet EN751221 SoC
BGA package 		2 devices 5.9 BD
PPage
EN7526FU EN7570N MIPS 34Kc
V5.8 		900 MHz 1
(2 threads) 		xPON /
VoIP 		2016-10-22 intergrated DRAM 64/128/256MB
2x GbE PHY, 1x PCIe, SPA, QoS,
2x USB 2.0, VoIP, Wi-Fi Gateway
EcoNet EN751221 SoC
QFP package 		2 devices 5.9 BD
PPage

MediaTek xPON Solutions (on EcoNet)

EPON/GPON/VoIP/Modem
  • EN7520 - Single-Chip EPON/GPON Modem Solution
MT7520 series are the highly integrated single-chip solutions combining EPON and GPON application.
It also integrates 1 Gb Ethernet PHY.
MT7520 series include a 32-bit MIPS network processor, a powerful Smart Packet Accelerator (SPA) with enhanced
network features and over 4Gbps of layer 3 routing throughput. With SPA, MT7520 series enable a comprehensive
QoS, security and flexible protocol management. It also provides IPSec engine with high throughput capability.
With integrated PMU and leading green technology, MT7520 series enable the simplification of system design.
It provides low system cost and ultra-low power (CoCv5 compliant) consumption solution in the market.

  • EN7525 - Single-Chip EPON/GPON VoIP Gateway
MT7525 series are the highly integrated single-chip solution combining EPON and GPON application.
It also integrates four GbE MACs with four 10/100/1000 Ethernet PHYs, USB2.0 host, PCIe, and VoIP interfaces.
MT7525 series include a 32-bit MIPS network processor, a powerful Smart Packet Accelerator (SPA) with enhanced
network features and over 4Gbps of layer 3 routing throughput. With SPA, MT7525 series enable a comprehensive
QoS, security and flexible protocol management. It also provides IPSec engine with high throughput capability.
With integrated PMU and leading Green technology, MT7525 series enable the simplification of system design.
It provides low system cost and ultra-low power(CoCv5 compliant) consumption solution in the market.

  • EN7521S - GPON/EPON VoIP Gateway
  • EN7526 (EN7526GT) - Single-Chip EPON/GPON VoIP Gateway
EN7526G - GPON/EPON Dual-Band Wi-Fi VoIP Gateway
EN7526F - GPON/EPON Wi-Fi VoIP Gateway
EN7526F - GPON/EPON Modem Solution
  • EN7527 - GPON/EPON High Performance Dual-Band Wi-Fi VoIP Gateway
  • EN757x - GPON/EPON Laser Driver with Integrated Limiting Amplifier
  • EN7580 - 10G xPON High Performance Wi-Fi VoIP Gateway

Switch

MediaTek Ethernet Solutions (on EcoNet)

Gigabit Ethernet Switch
  • MT7530 High performance Gigabit Ethernet Switch (GbE) (int. w/ MT7621AT)
MT7530B is a highly integrated Ethernet switch with high performance and non-blocking transmission.
It includes a 7-port GbE MAC and a 5-port GbE PHY for several applications, such as xDSL, xPON and WiFi AP.
MT7530D is a highly integrated Ethernet switch with high performance and non-blocking transmission.
It includes a 5-port GbE MAC and a 5-port Gigabit Ethernet PHY for Dump and Smart Switch applications.

Mobile computing chipsets

See also

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