Source integrity
UTF-8 processing and CRC-16 framing
Illustrative visualizationNOT A MEASUREMENT
Complex-baseband software simulator
WaveCore X
A baseband wireless communications engineering simulator.
Trace a message through coding, constellation mapping, OFDM, modeled channels, receiver equalization, and recovery—across the described end-to-end software subset.
01Message & framing
02Coding & interleaving
03Symbol mapping
04OFDM framing
05Channel
06Estimate & equalize
07Decode & measure
01 / Signal path
One message. The entire chain.
The described core link connects framing to recovery. Each transformation is explicit; every boundary remains visible.
01
Message & framing
UTF-8 text
02
Coding & interleaving
Framed bits
03
Symbol mapping
Coded bits
04
OFDM framing
Complex symbols
05
Channel
Transmit samples
06
Estimate & equalize
Impaired samples
07
Decode & measure
Equalized symbols
FIG. 01 Explanatory pipeline diagram. It describes connected software stages, not timing or measured performance.
02 / Described core
Inside the core link.
The supplied project description identifies these stages. This page does not independently verify the implementation or its results.
Described core link
Forward error control
Hamming(7,4) and block interleaving
Symbol mapping
BPSK through 256-QAM
Multicarrier
Pilot-bearing OFDM, IFFT/FFT, cyclic prefix
Channel
AWGN and flat Rayleigh/Rician models
Receiver
Pilot estimation with ZF and MMSE
Scope boundary
This is a mathematical complex-baseband simulation—not an RF transmitter or receiver. It has not been verified for LTE, 5G, or NR standards compliance.
03 / Engineering architecture
A legible stack, end to end.
The simulator separates interaction, typed request handling, simulation orchestration, signal processing, and result delivery.
01INTERFACE
React / Vite UI
Configuration + visualization
02CONTRACT
FastAPI routes & schemas
Validated request / response
03ORCHESTRATION
Simulation engine
End-to-end pipeline
04COMPUTE
DSP · channel · analytics
Numerical processing
05RESPONSE
Metrics + recovered data
Structured simulation result
Database workflows are not implied by this architecture.
Advanced modules may exist independently without being connected to the main pipeline.
04 / Modulation + OFDM
From bits to orthogonal carriers.
ILLUSTRATIVE / 16-QAMIQ
Normalized BPSK, QPSK, 16-QAM, 64-QAM, and 256-QAM mapping feeds basic pilot-bearing OFDM with IFFT/FFT and cyclic prefix handling.
05 / Channel + receiver
Controlled impairment. Explicit recovery.
AWGNAdditive white Gaussian noise
Rayleigh / RicianFlat block fading assumptions
Pilot estimationZF and MMSE equalization
Advanced multipath and synchronization correction are not established as part of the integrated end-to-end link.
06 / Metrics + reproducibility
Measurements, with definitions attached.
Metrics are calculated from simulation output. They describe a finite software run—not RF hardware or network service.
Bit error rate
Incorrect recovered bits divided by compared bits.
Symbol error rate
Incorrect detected symbols divided by compared symbols.
Error vector magnitude
Difference between received and reference constellation points.
Modeled waveform throughput
A model-derived waveform rate—not network or hardware throughput.
Software runtime
Wall-clock execution time for the configured simulation.
Reproducible, not absolute
A supplied random seed makes channel runs deterministic. Finite samples still limit how confidently a single result represents long-run behavior.
07 / Interactive architecture explorer
Inspect every transformation.
Select a stage to see its role, contract, assumptions, and current limit.
01 / STAGEDescribed core link
Message & framing
Convert a UTF-8 message to bits and append CRC-16 framing for error detection.
INPUTUTF-8 text
OUTPUTFramed bitstream
- Assumption
- The source payload is valid UTF-8.
- Known limit
- CRC detects corruption; it does not correct it.
08 / Demo + project gallery
See the project as it exists.
Only owner-supplied project media belongs here. No mock screenshots, synthetic dashboards, or implied measurements.
VIDEO / NOT SUPPLIED
Demo video not supplied
An owner-supplied walkthrough can be connected when available.
IMAGE / SUPPLIED
Simulator interface
Owner-supplied capture of the WaveCore X simulator: pipeline stages, waveform view and parameter inspector.
09 / Validation + limitations
Where the evidence ends.
Validation maturity is a ladder. The supplied site describes a software model; no independent test evidence or measured hardware results were supplied here.
01
Software simulation
DESCRIBED SOFTWARE LEVEL02
Independent reference validation
NOT ESTABLISHED03
Software / hardware-in-loop
NOT DEMONSTRATED04
SDR over-the-air
NOT DEMONSTRATED05
Standards certification
NOT VERIFIEDNot claimed
- LTE / 5G / NR standards compliance
- Production certification
- Guaranteed performance
- Measured hardware results
Not demonstrated
- SDR operation
- Hardware-in-the-loop
- Over-the-air testing
- Advanced integrated multipath
10 / Documentation
Read the engineering record.
These links navigate to the corresponding technical sections on this public product page. External project documents can replace them when supplied.
Signal chain overviewDescribed message-to-recovery pathArchitecture documentationInterface, API, engine, and DSP layersEngineering integrity auditValidation boundary and limitations
Repository unavailableNo project repository link has been supplied
11 / Roadmap
Status, without ambiguity.
- Message-to-recovery link
- Five modulation families
- Basic pilot-bearing OFDM
- AWGN and flat fading
- ZF / MMSE equalization
- Seeded channel runs
- Advanced coding modules
- Advanced multipath modules
- Synchronization modules
- Resource-grid modules
- OFDMA modules
- Deeper reference validation
- Integrated advanced modules
- Owner-supplied media
- Hardware-in-loop evaluation
- SDR / over-the-air evaluation
12 / ENGINEERING BLOG
From Bits
to Recovery.
A three-part engineering series following the signal from transmission through the channel to recovery.
EXPLORE BLOGContinue in the simulator
Investigate the link.
Configure the chain, run the software model, and inspect the resulting receiver metrics.