RB951G-2HnD
The
RB951G-2HnD is a wireless SOHO Gigabit AP with a new generation Atheros
CPU and more processing power. It has five Gigabit Ethernet ports, one
USB 2.0 port and a high power 2.4GHz 1000mW 802.11b/g/n wireless AP
with antennas built in.
In comparison with previous model RB751G-2HnD, it has more powerful
600Mhz CPU (instead of 400Mhz), more RAM - 128MB instead of 64MB, same
form factor and price. The device is very small and will look good in
any home or office, wall mounting anchor holes are provided.
Package contains RouterBOARD 951G-2HnD in a plastic case and power
adapter.
Details |
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Product code | RB951G-2HnD | CPU speed | 600MHz | CPU cores | 1 | RAM | 128MB | LAN ports | 5 | Gigabit | Yes | MiniPCI | 0 | Integrated Wireless | 1 | Wireless standards | 802.11b/g/n | USB | 1 | Power Jack | 8-30V DC | 802.3af support | No | PoE | 8-30V DC on Ether1 | Voltage Monitor | No | PCB temperature monitor | No | CPU temperature monitor | No | Dimensions | 113x138x29mm | Operating System | RouterOS | Temperature range | -20C .. +50C | RouterOS License | L4 | Antenna gain | 2.5dBi | Current Monitor | no | TX power | 30dBm | CPU | Atheros AR9344 | Max Power consumption | Up to 7W | SFP ports | no |
Performance test resultsRB951G-2HnD | Fast+Gigabit Ethernet test (600Mhz) | RouterOS v6.0rc5 | | Mode | Configuration | 64 byte | 512 byte | 1518 byte | kpps | Mbps | kpps | Mbps | kpps | Mbps | Bridging | fast path | 270 | 176.9 | 232 | 983.7 | 81 | 995.3 | Bridging | 25 Bridge filter rules | 88 | 57.5 | 86 | 364.6 | 81 | 995.3 | Routing | fast path | 227 | 148.8 | 210 | 890.4 | 81 | 995.3 | Routing | 25 Simple Queues) | 107 | 69.9 | 104 | 440.5 | 81 | 995.3 | Routing | 25 Firewall filter rules | 61 | 39.7 | 60 | 252.7 | 57 | 698.0 |
- All tests are done with Xena Networks specialized test equipment (XenaBay),and done according to RFC2544 (Xena2544)
- Max throughput is determined with 30+ second attempts with 0,1% packet loss tolerance in 64, 512, 1518 byte packet sizes
- Values in Italic indicate that max throughput was reached without maxing out CPU, but because board interface configuration was maxed out
- Test results show device maximum performance, and are reached using mentioned hardware and software configuration, different configurations most likely will result in lower results
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