Hey all system info is a N7 B650E Premium board from NZXT. This is the AMD Platform.
7800X3D
Current wifi module is 6E
I recently got a wifi 7 router. The beast ASUS GT-BE98 Pro which so far is a really nice router. My system as I stated above is on a N7 B650E Premium board.
This board came...
The TS-x63XU series, available in hot-swappable 4, 8, and 12-bay designs with single or redundant power supply options, are rackmount enterprise NAS devices powered by AMD’s G-Series GX-420MC quad-core 2.0 GHz processor and dual channel 4GB DDR3LSO-DIMM RAM (upgradable to 16GB).
Aside from...
Powered by AMD’s 8-core Ryzen architecture, the 16-bay TS-1677X Ryzen NAS is built to handle workloads found in larger businesses, such as AI and virtualization.
Available in four different models - based on processor and RAM (up to 64 GB), each TS-1677X Ryzen series NAS includes three PCIe...
Available in 4-bay, 6-bay and 8-bay models, the new SMB targeted TS-x73 desktop NAS series is powered by AMD’s RX-421ND quad-core 2.1 GHz CPU, and is available with either 4 GB or 8 GB DDR4 configurations (all models are upgradeable to 64 GB of RAM).
The QNAP TS-x73 series includes:
TS-473-4G...
vQTS allows QNAP customers to run multiple instances of QTS on a single NAS device. Initially available for QNAP’s AMD Ryzen-powered TS-x77 series of NAS products, vQTS lets QTS instances operate alongside other virtual instances running Windows, Linux, Unix and/or Android operating systems, all...
QNAP has announced three AMD Ryzen based NASes. The TS-x77 series includes the 12-bay TS-1277, 8-bay TS-877 and 6-bay TS-677.
All are based on AMD’s Ryzen multi-core processors, use DDR4 memory, support two M.2 SSD modules for internal cache, and have eight USB (six 3.0 and two 3.1) ports...
The new AMD-based NAS products will target the SMB market and will be available in three sizes, including the 4-bay TVS-473, 6-bay TVS-673, and the 8-bay TVS-873.
The TVS-x73 family is powered by AMD’s RX-421BD quad-core 2.1 GHz APU and 8GB/16GB/64GB dual channel DDR4 SODIMM memory (upgradable...