Here is the powercfg result without network adapter.Ĭan system completely shut down if you physically take out theWB867D-I Wifi card ? Have you try move the card to other PCIE x1 slot and tested with other power supply to rule out the issue ? Here is powercfg results with network adapter installed. Any ideas at all would be welcome- thank you for reading this far! Ran powercfg with IMEI enabled, results below. Have tried contacting Gigabyte, no response as of yet.įound a thread here on tenforums with great suggestions from Caledon Ken so I tried command prompt shutdown, disabled Intel Management Engine Interface. I've found like 3 similar reports of this behavior with this wireless adapter online- haven't gotten any response from those users. Tried uninstalling drivers, tried fresh drivers. Thing is, it's easy to fix- I just have to take out this dang wireless card and it's back to normal. I've been all around the web trying fixes. But, I soon found that every time I hit shut down or sleep, the computer will do so and then promptly restart. WPA and WPA2, 802.1X (EAP-TLS, TTLS, PEAP, LEAP, EAP-FAST), EAP-SIM, EAP-AKAĨ02.So I got a wireless network adapter, the Gigabyte GC-WB867D-I Bluetooth Enhances Data Rate (EDR) support.High speed wireless connection up to 867 Mbps.Antenna to support WLAN 2Tx2R transmission inc Ad-hoc mode (Peer-to-Peer), Infrastructure mode.The Bluetooth 4.2 standard features sync data quickly and reliably that is up to 2.5x faster with a huge packet capacity increase – nearly 10x more versus previous versions. The GC-WB867D-I also supports for the latest Bluetooth 4.2 connectivity. Through adapters, you can easily experience your PC on you TV or projectors, Broadcasting Promotion and commercials with more flexibility and efficiency. Intel Wireless Display let you enjoy wireless life at home and at work. Support Intel Wireless Display (Intel WiDi) Product Overview More Speed Better Coverage Larger Capacity 802.11ac, Dual Band, 80MHz, 2x2ĭelivers dramatically faster Wi-Fi speeds(up to 867 Mbps)than 802.11n, with more bandwidth per stream 433 Mbps),more capacity for more users (extended channel bonding 80MHz),broader coverage and better battery life (more data transmit efficiencies reduce power consumption)
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