Description
The RB911G-2HPnD is a small wireless router with an integrated high power 2.4GHz wireless card. The Gigabit port helps to utilize the full potential of 802.11n wireless speeds.
The integrated wireless card is capable of up to 1000mW output power. It has built in 16kV ESD protection on both the Ethernet and the MMCX ports.
Product specifications
| Details |
|---|
| Product code |
RB911G-2HPnD |
| CPU nominal frequency |
600 MHz |
| CPU core count |
1 |
| Architecture |
MIPS-BE |
| Size of RAM |
32 MB |
| 10/100 Ethernet ports |
0 |
| 10/100/1000 Ethernet ports |
1 |
| MiniPCI slots |
0 |
| MiniPCI-e slots |
0 |
| Wireless chip model |
AR9342-BL1A |
| Wireless standards |
802.11b/g/n |
| Number of USB ports |
0 |
| Power Jack |
Yes |
| 802.3af support |
No |
| PoE |
8-30V DC on Ether1 |
| Voltage Monitor |
Yes |
| CPU temperature monitor |
No |
| PCB temperature monitor |
Yes |
| Dimensions |
105x105mm |
| Operating System |
RouterOS |
| Operating temperature range |
-35C to +65C |
| License level |
Level3 |
| Current Monitor |
No |
| TX power |
30dBm |
| CPU |
AR9342-BL1A |
| Max Power consumption |
11W |
| SFP ports |
0 |
| Number of chains |
2 |
| |
|
Performance test results
| RB911G-2HPnD (600Mhz) |
Gigabit port test |
RouterOS |
| Mode |
Configuration |
64 byte |
512 byte |
1518 byte |
| kpps |
Mbps |
kpps |
Mbps |
kpps |
Mbps |
| Bridging |
none (fast path) |
269.6 |
176.9 |
232.0 |
983.7 |
81.0 |
995.3 |
| Bridging |
25 bridge filter rules |
87.6 |
57.5 |
86.0 |
364.6 |
81.0 |
995.3 |
| Routing |
none (fast path) |
226.9 |
148.8 |
210.0 |
890.4 |
81.0 |
995.3 |
| Routing |
25 simple queues |
106.6 |
69.9 |
103.9 |
440.5 |
81.0 |
995.3 |
| Routing |
25 ip filter rules |
60.5 |
39.7 |
59.6 |
252.7 |
56.8 |
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
