GS-RME5000 Wireless module MT7621A
USD $8 - $20 /Piece
Min.Order:500 Pieces
Shenzhen Gainstrong Technology Co., Ltd.
MT7621A wifi module OpenWRT 300mbps router
1.General
The GS-RME5000-V1.0 module use the MT7621A chipset.The MT721A integrates a dual-core MIPS- 1004Kc (880MHz),HNAT/HQoS/ Samba/VPN accelerators,5-port GbE switch, RGMII, USB3.0, USB2.0, 3xPCIe, SD-XC. The powerful CPU with rich portfolio is suitable for 802.11ac, LTE cat4/5, edge, hotspot, VPN,AC (Access Control). It can also connect to touch-panel, ZigBee/Z-Wave for Internet Service Router and Home Security Gateway.
For the next generation router, MT7621A provides several dedicated hardware engines to accelerate the NAT, QoS, Samba and VPN traffic.These accelerators relief the CPU for other upper layer applications.
2.Features
Embedded MIPS1004Kc (880 MHz, Dual-Core)
- 32 KB I-Cache and 32 KB D-Cache per core
- 256 KB L2 Cache (shared by Dual-Core
- SMP capable
- Single processor operation configurable
Gigabit Switch
- 5 ports with full-line rate
- 5-port 10/100/1000Mbps MDI transceivers
One RGMII/MII interface
16-bit DDR2/3 up to 256/512 Mbytes
SPI(2 chip select), NAND Flash(SLC), SDXC,eMMC(4 bits)
USB3 x 1+ USB2 x 1 or USB2 x 2 (all host)
PCIe host x 3
I2C, UART Lite x 3, JTAG, MDC, MDIO, GPIO
VoIP support (I2S, PCM)
Audio interface (SPDIF-Tx, I2S, PCM)
Deliver the superb Samba performance via USB2.0/USB 3.0/SD-XC
HW storage accelerator
HW NAT
- 2Gbps wired speed
- L2 bridge
- IPv4 routing, NAT, NAPT
- IPv6 routing, DS-Lite, 6RD, 6to4
HW QoS
- 16 hardware queues to guarantee the min/max bandwidth of each flow.
- Seamlessly co-work with HW NAT engine.
- 2Gbps wired speed.
HW Crypto
Deliver 400~500 Mbps IPSec throughput
Green
- Intelligent Clock Scaling (exclusive)
- DDR2/3: ODT off, Self-refresh mode
Firmware: Linux 2.6 SDK, OpenWRT
RGMII iNIC Driver: Linux 2.4/2.6
3.Temperature Limit Ratings
Parameter | Minimum | Maximum | Units |
Storage Temperature | 0 | +40 | ℃ |
Ambient Operating Temperature | 0 | 60 | ℃ |
Junction Temperature | 0 | 125 | ℃ |
4. Functional Block Diagram