Software Defined Compute — One Fabric, Every Domain

Traditional systems dedicate specialized hardware to each domain: GPU for AI, DSP for signals, baseband ASIC for wireless. BSA replaces all of them with one homogeneous fabric. The hardware never changes — only the coefficient tables loaded into SRAM.

🔴 Before BSA — Hardware Defined

🎮GPU / Tensor CoresBillions of gates
📡Baseband ASICFixed multipliers
🔊DSP SlicesDedicated MACs
📻Radar ASICComplex MACs
🎛️MCU + FPUHW float units
🔬Scientific FP64Wide multiplier trees
6 separate silicon designs
→

⚡ After BSA — Software Defined

⚙️Barrel ShiftersSame gates
➕Integer Adder TreeSame gates
💾SRAM Coefficient StoreSame gates
🔁Control FSMSame gates
📊Accumulator RegisterSame gates
📋Coefficient Tables ← only this changesSoftware
1 unified silicon design
Select a Compute Domain — Same Hardware, Different Coefficients
Select a domain to watch the BSA fabric reconfigure
Unified BSA Fabric — Live Reconfiguration
Coefficient Table
— awaiting domain —
Sibacus BSA Array
Same shifters · Same adders · Same SRAM · Same control
0
DSP Blocks
0
Multipliers
0
FP Units
~1K
Gates/PE
Compute Output
—
Full Domain Catalogue — All From the Same Die

A smartphone today uses CPU + GPU + DSP + ISP + Neural Engine + Modem = 6 engines.
A 5G base station uses baseband ASIC + AI accelerator + beamforming ASIC = 3 chips.

One BSA fabric replaces all of them

Product differentiation moves from hardware to firmware.
New algorithms require new coefficient tables, not new silicon.
Verify the PE once, deploy everywhere. Zero-MAC. Zero-multiplier. Infinite domains.