Choose your compute

Digital RTL implementation indexed as kx_4b5b_decoder. The recorded role is 4b5b decoder; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_activation. The recorded role is activation; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_ai_avgpool_2x2. The recorded role is ai avgpool 2x2; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_ai_bias_adder. The recorded role is ai bias adder; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_ai_concat. The recorded role is ai concat; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_ai_elementwise. The recorded role is ai elementwise; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_ai_maxpool_2x2. The recorded role is ai maxpool 2x2; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_ai_relu_unit. The recorded role is ai relu unit; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_ai_reshape. The recorded role is ai reshape; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_ai_split. The recorded role is ai split; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_ai_transpose. The recorded role is ai transpose; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_ai_weight_loader. The recorded role is ai weight loader; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_arbiter_rr. The recorded role is arbiter round-robin; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_branch_predictor. The recorded role is branch predictor; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_branch_unit. The recorded role is branch unit; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_bus_matrix. The recorded role is bus matrix; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_bus_sync. The recorded role is bus synchronizer; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_cdc_handshake. The recorded role is cdc handshake; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_commit_unit. The recorded role is commit unit; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_conv2d_engine. The recorded role is conv2d engine; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_convolutional_encoder. The recorded role is convolutional encoder; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_delay_line. The recorded role is delay line; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_depthwise_conv. The recorded role is depthwise conv; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_divider. The recorded role is divider; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_fpu. The recorded role is fpu; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_handshake_sync. The recorded role is handshake synchronizer; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_lfsr_maxlen. The recorded role is lfsr maxlen; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_layernorm. The recorded role is layernorm; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_load_store_unit. The recorded role is load store unit; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_lsq_cam. The recorded role is load/store queue cam; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_lzc. The recorded role is lzc; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_manchester_decoder. The recorded role is manchester decoder; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_multiplier. The recorded role is multiplier; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_neural_ctrl. The recorded role is neural controller; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_nrzi_decoder. The recorded role is nrzi decoder; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_prbs_gen. The recorded role is prbs gen; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_polar_decoder. The recorded role is polar decoder; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_pooling_unit. The recorded role is pooling unit; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_quantizer. The recorded role is quantizer; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_riscv_bpu. The recorded role is risc-v branch prediction; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_riscv_csr_m. The recorded role is risc-v csr m; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_riscv_debug_if. The recorded role is risc-v debug if; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_riscv_fence. The recorded role is risc-v fence; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_riscv_fext. The recorded role is risc-v floating-point extension; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_riscv_lsu. The recorded role is risc-v load/store unit; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_riscv_mdu. The recorded role is risc-v mdu; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_riscv_mext. The recorded role is risc-v multiply/divide extension; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_riscv_pipeline. The recorded role is risc-v pipeline; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_riscv_wfi. The recorded role is risc-v wfi; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_reduction_tree. The recorded role is reduction tree; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_rename_unit. The recorded role is rename unit; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_scoreboard. The recorded role is scoreboard; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_scrambler. The recorded role is scrambler; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_scrambler_additive. The recorded role is scrambler additive; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_scrambler_multiplicative. The recorded role is scrambler multiplicative; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_shift_register. The recorded role is shift register; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_softmax. The recorded role is softmax; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_sync_detector. The recorded role is synchronizer detector; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_sync_3ff. The recorded role is synchronizer three-stage; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_sync_2ff. The recorded role is synchronizer two-stage; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_systolic_os. The recorded role is systolic output-stationary; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_systolic_ws. The recorded role is systolic weight-stationary; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_tensor_core. The recorded role is tensor core; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_toggle_sync. The recorded role is toggle synchronizer; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_trellis_decoder. The recorded role is trellis decoder; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_vector_unit. The recorded role is vector unit; exact interfaces, parameters and functional coverage are release-bound.

Digital RTL implementation indexed as kx_video_csc_matrix. The recorded role is video csc matrix; exact interfaces, parameters and functional coverage are release-bound.

One morphable PE lattice is intended to map dense matrix, sparse tensor, vector, reduction, graph and solver/search primitives rather than separate fixed-function dense/sparse islands.

Fine-grained side-effect segments journal destination/value updates and discard them on fault or drain them only after commit, avoiding whole-hyperblock recovery granularity.

Reusable solver/bitset/sparse tile binding lane ALU, popcount/zero-skip, descriptor FIFO and deterministic transport to a reference model and SV source.

Portable architectural transfer object for migration, interrupt, virtualization and accelerator boundaries, carrying canonical state references, PC/retirement, domain/epoch, translation, event and MCT context.

Separates permanent application-visible instruction semantics from optional execution-shape metadata so implementations and accelerators can evolve without redefining program meaning.

Stages persistence transactions and makes commit durable/visible only after required data/metadata or media acknowledgement; abort/crash handling preserves recoverability rules.

CPU pipeline; cache/memory interfaces; MMU/TLB options; interrupt/debug; FPU/vector options; compiler/software support; verification/formal collateral; hardened physical views.

AI Compute — 1024 tensor-slice cloud/robotics NPU

AI Compute — 256 tensor-slice edge NPU

CPU — high-efficiency RISC-V MCU core

CPU — application-class RISC-V core

CPU — maximum-performance RISC-V core

AI Compute — format-agnostic sparse tensor accelerator

AI Compute — dedicated transformer attention/MoE engine

AI/DSP Compute — 1024-bit deterministic vector DSP