The chip is 16 core 2ghz (maybe 2.2ghz for production), up to 64GB of DDR4
The board will be ATX PSU / 12v input 4xSATA connectors 1xNVME (x4 lanes) PCIe gen 4 x8 open slot (gen3 for LX2160A first silicon) PCIe add-in card 1x USB 3 in the back 2x USB 2.0 in the back 2x USB 3 header for front panel 2x USB 2.0 header for front panel 1xQSFP28 100Gbps cage (100Gbps/4x25Gbps/4x10Gbps) 1 1Gbps rj45 ethernet RTC battery Multiple FAN connectors; one of them with PWM / Tach USB FTDI USB to STM32 for remote management (on/off, remote SPI flash etc...)
The barebones board and COM will be sub $500. So adding all the bells and whistles you are going to looking at minimum $750 for a full working system. We have a proper Developer Workstation spec'd out in the $1300 range. Radeon GPU with multi-display support, 32GB of memory, 1TB NVME, nice looking compact mini-itx case, cooling loop etc.
Just for comparison a full ARM64 kernel build takes about 2 minutes and 30 seconds. The same build on a ThreadRipper2 16 core / 32 thread takes 50 seconds. However the ThreadRipper is a 200Watt CPU and this is a 30Watt SOC
Just a little heads up that options are coming.