Bridge hardware abstraction with real-world performance. Bellx offers RTL synthesis, FPGA emulation, and AI-assisted optimization for 5G/6G devices.
Bellx’s HDL libraries empower developers to model high-performance signal processing pipelines without starting from scratch. Shift left and validate your DSP architecture in real-time.
Deploy complex 256-QAM and OFDM modulation schemes using pre-optimized Verilog/VHDL blocks.
Reduce development cycles with ready-to-integrate libraries designed for immediate simulation.
Detect throughput bottlenecks in the RTL stage before moving to physical synthesis.
// Bellx DSP Library Integration
module bellx_256qam_mod (
input wire clk,
input wire [7:0] data_in,
output reg [15:0] i_out,
output reg [15:0] q_out
);
// Instantiate Bellx OFDM core
bellx_ofdm_engine core0 (
.sys_clk(clk),
.mode(MOD_256QAM),
.latency_target(LOW_LATENCY)
);Latency
0.42ns
Throughput
10 Gbps+
Leverage FPGA tools to prototype advanced chipsets on reconfigurable hardware—enabling real-world testing of complex scenarios like beamforming in dense urban environments before costly ASIC fabrication.
Prototype modem and RF chipsets on FPGA platforms to validate architecture decisions before committing to ASIC fabrication.
Simulate and test advanced beamforming algorithms under dense urban interference scenarios using real-time FPGA pipelines.
Modify logic, timing, and signal paths instantly without re-spinning silicon, reducing development risk and cost.
Validate performance, latency, and power behavior early—ensuring first-pass success when moving to production silicon.
Leveraging generative AI to bridge the gap between peak performance and sustainable energy consumption.
94.2%
Auto-generated hardware schematics optimized for thermal efficiency.
AI-driven algorithms that adjust millivolts in real-time based on load.
Track carbon footprint reduction across enterprise hardware fleets.
3GPP-compliant, customizable IP cores enable fast chipset adaptation for niche use cases like smart agriculture IoT, simplifying certification and speeding up market entry.
Built-in support for 3GPP standards with customizable IP cores allows developers to tailor chipsets for niche markets.
Shareable simulation environments foster team-based innovation, accelerating the journey from concept to commercial product.