AmigaOne X1000 Specs
ATX Formfactor
Dual-core PowerISA™ v2.04+ CPU
"Xena" XMOS XS1-L1 128 SDS
7.1 channel HD audio
4x DDR2 RAM slots
10x USB 2.0
1x Gigabit Ethernet
2x PCIe x16 slots (1x16 or 2x8)
2x PCIe x1 slots
1x Xorro slot
2x PCI legacy slots
2x RS232
4x SATA 2 connectors
1x IDE connector
JTAG connector
1x Compact Flash
CPU:
We are under strict instructions from the 'highers-up' not to reveal the CPU yet. For this, we can only apologise, and give you those details that we can reveal at this moment in time.
The AmigaOne X generation will come with a variety of CPUs, conforming to the Power ISA 2.04 and newer standards. The X1000 processor currently has very limited availability, and you've probably never seen one in the wild, so don't worry too much about it. For now, please be content with knowing that it's a dual-core Power Architecture™ CPU, with a very low Thermal Design Point. For reference, our designers have been running the cores at 1.6GHz during thermal testing, but this isn't the exact nominal clock speed.
Custom Chips:
The Nemo designers had a brilliant idea: "Why not add an XMOS chip?" Once, there were custom chips; for the AmigaOne X generation, we have customisable chips. XMOS calls it "Software Defined Silicon", we call it 'Xena', a nod to the old custom chip names. It's the inheritor of the 'transputer' concept, and it's something we're quite excited about.
Xorro:
To accompany 'Xena', we have 'Xorro', a new slot using an industry-standard PCIe x8 form factor to give access to the 'Xena' IO. This will be the route to Xena's 64 IO lines, which are dynamically configurable as input, output, or bidirectional. 'Xorro' will allow bridging Xena to external hardware for control purposes, to internal systems, or to other Xcore processors. This last point is worth more exploration; XCore is a parallel processing architecture, and if you want more power, you can simply chain more XCores together. Reference boards have been made with up to 256 cores, offering a theoretical 102400 MIPS. Those of you interested in high-end imaging or scientific applications, for example, take note.
Capable of eight concurrent real-time threads with shared memory space, at up to 400 MIPS (about 6 68060s worth), Xena gives the X1000 a very flexible, very expandable co-processor. The uses are endless; control hardware, DSP functions, robotics, display - even SID chip and console emulators. The Amiga has seen some truly ingenious hacks and add-ons; Xena can take this to a whole new level. It will take a while for the full possibilities to be realised, but we urge you to visit XMOS and discover more for yourselves
PD: This is the best notice to the amiga community!!! Amiga4Ever!!!!
