| Latest | $20.70 2 hrs ago |
| Highest | $29.99 Aug 22, '14 |
| Lowest | $13.99 Jun 13, '14 |
| Average | $20.70 (30d avg) $20.89 (90d avg) $22.94 (180d avg) $23.94 (365d avg) $23.81 (Lifetime average) |
| Added | Jul 3, 2013 |
ASUS PCE-N10 - Network adapter - PCIe low profile - 802.11b 802.11g 802.11n
| Latest | $20.99 16 hrs ago |
| Highest | $33.99 Feb 1, '16 |
| Lowest | $19.99 Nov 21, '15 |
| Average | $21.94 (30d avg) $23.28 (90d avg) $23.76 (180d avg) $25.09 (365d avg) $24.31 (Lifetime average) |
| Added | Apr 18, 2013 |
ASUS PCE-N10 Wireless Adapter IEEE 802.11b/g/n PCI Express Up to 150Mbps Wireless Data Rates Wireless Data Rates: Up to 150Mbps Frequency Band: 2.4 GHz Standards: IEEE 802.11b/g/n Security: 64-bit WEP, 128-bit WEP, WPA2-PSK, WPA-PSK, WPS support Channels: 11 CH (US, Canada), 13 CH (EU), 14 CH (Japan) Modulation: CCK, DQPSK, DBPSK, OFDM Transmitted Power: b mode : 15.5 ~18.5 dBm g mode : 13.5 ~15.5 dBm n mode : 12.5 ~14.5 dBm Antenna: 1 x R SMA Antenna
| Latest | $26.39 20 hrs ago |
| Highest | $32.99 Mar 24, '15 |
| Lowest | $26.39 Mar 6, '16 |
| Average | $26.39 (30d avg) $30.29 (90d avg) $31.64 (180d avg) $32.32 (365d avg) $32.35 (Lifetime average) |
| Added | Mar 24, 2015 |
The ASUS PCE-N10 is designed to provide complete end-to-end wireless performance from the server or server backbone to the switch infrastructure and down through to the desktop with the PCI Express connector. The PCE-N10 Wireless-N PCI Express Adapter provides wide compatibility, fitting with any standard PCI Express slot, x1, x2, x8, or x16. Compared with standard PCI network cards, it offers increased bandwidth, reliability and more functionality, allowing you to enjoy a fast and advanced connection, such as downloading, making internet calls and video streaming. Asus PCE-N10 IEEE 802.11n - Wi-Fi Adapter for Desktop Computer is one of many Wireless Adapters available through Office Depot. Made by Asus.
| Last Seen | |
| Highest | $67.99 Sep 14, '14 |
| Lowest | $22.99 Jan 11, '16 |
| Average | $28.36 (30d avg) $28.95 (90d avg) $28.55 (180d avg) $28.46 (365d avg) $28.86 (Lifetime average) |
| Added | Aug 5, 2014 |
Software AP Software AP mode allows the WLAN card to act as a virtual access point. The computer needs to be connected to a wired network using an Ethernet connection in order to provide network access to WLAN client. Manufacturer: ASUS Computer International Manufacturer Part Number: PCE-N10 Manufacturer Website Address: http://usa.asus.com Brand Name: Asus Product Model: PCE-N10 Product Name: PCE-N10 Wi-Fi Adapter Product Type: Wi-Fi Adapter Technical Information: Wireless LAN Standard: IEEE 802.11n Technical Information: ISM Band: Yes Technical Information: UNII Band: No Interfaces/Ports: Host Interface: PCI Express Physical Characteristics: Form Factor: Internal Package Contents: PCE-N10 Wi-Fi Adapter Support CD Warranty Card Low Profile Bracket 1 x Dipole Antenna Device Supported: Desktop Computer
| Last Seen | |
| Highest | $31.99 Aug 1, '15 |
| Lowest | $14.99 Mar 1, '15 |
| Average | $22.17 (30d avg) $22.05 (90d avg) $22.07 (180d avg) $22.13 (365d avg) $22.46 (Lifetime average) |
| Added | Jun 14, 2013 |
Asus PCE-N10 150Mbps 802.11b/g/n Wireless PCI-E Adapter - 150Mbps, 802.11b/g/n, PCI Express, 2.4GHz
| Last Seen | |
| Highest | $22.99 Sep 9, '14 |
| Lowest | $20.99 Jun 28, '14 |
| Average | NA |
| Added | Mar 12, 2014 |
Software AP Software AP mode allows the WLAN card to act as a virtual access point. The computer needs to be connected to a wired network using an Ethernet connection in order to provide network access to WLAN client. Software AP Software AP mode allows the WLAN card to act as a virtual access point. The computer needs to be connected to a wired network using an Ethernet connection in order to provide network access to WLAN client.
| Last Seen | |
| Highest | $35.25 Jun 15, '14 |
| Lowest | $25.41 Oct 16, '14 |
| Average | NA |
| Added | May 14, 2014 |
Software APSoftware AP mode allows the WLAN card to act as a virtual access point. The computer needs to be connected to a wired network using an Ethernet connection in order to provide network access to WLAN client.
