Product Milestone2025 · Q4
sSDR Achieves X-Band Operation up to 11 GHz
sSDR development reaches X-band operation with upgraded RF matching, PCIe Gen3 x4, and UltraScale+ FPGA architecture.
All newsRF · DSP · SDR · FPGA · Embedded
Engineering the future of wireless & RF systems.
We design and build advanced SDR, DSP and embedded systems — delivering integrated hardware and software platforms for telecom, sensing, and real-time RF applications.
Concept → Design → Manufacturing → Deployment
12+
Years in RF/DSP
12.5 GHz
RF Coverage
100%
FULL-STACK RF ENGINEERING
RF SENSING · USDR SWARM · MULTI-NODE
NODES 8 · TGT 3
uSDR·α
uSDR·β
uSDR·γ
uSDR·δ
uSDR·ε
uSDR·ζ
uSDR·η
uSDR·θ
DRN-1 · 2.412
DRN-2 · 5.805
DRN-3 · 915M
SWARM · OoB · −78 dBm
00Clients
Trusted Across Defense, Telecom, and RF Research
Used by engineering teams developing next-generation wireless, RF sensing, and signal intelligence systems.
C/01anduril
C/02EDT|heico
C/03chaos
C/04metrea
C/05Pacific Defense
C/06lime microsystems
Selected partners · NDA-protected engagements not shown
01About
Who we are
Wavelet Lab is an engineering company specializing in digital signal processing (DSP), software-defined radio (SDR) and embedded systems for demanding RF environments.
We combine RF design, FPGA acceleration, embedded software, and real-time signal processing into tightly integrated hardware and software platforms.
From concept and system architecture to manufacturing and deployment, we deliver complete end-to-end solutions.
RF
design
DSP
real-time
FPGA
acceleration
FW/SW
integration
dmass · 12.5 ghz · 500 mb b/w
02Platforms
Scalable SDR Platform for distributed RF systems.
Wavelet Lab develops scalable SDR systems for distributed RF sensing, spectrum monitoring, and real-time signal analysis — from embedded edge nodes to synchronized multi-device deployments.
SWARM · OoB DETECTION
NODES 03 · TDOA SYNC
TGT · UAV CLASS-1 · CONFIDENCE 0.94
LOCK
P/01
Modular & scalable SDRs
Embedded hardware scaling from a single node to distributed multi-SDR arrays — same stack, any aperture.
P/02
Distributed RF sensing
Networks of synchronized SDR nodes for distributed spectrum monitoring and RF event detection.
P/03
Web-based signal processing
Intuitive WebSDR platform to build RF and SIGINT pipelines from predefined processing blocks — no recompile, no downtime.
P/04
AI-assisted RF analysis
AI-assisted workflow creation and agents for anomaly detection and deep signal analysis using OoB data and recorded context.
Result
Rapidly deployable, adaptive SIGINT and RF sensing systems.
03Platforms
Unified SDR Platform
One coherent stack across software, FPGA, and system performance — shared across every Wavelet Lab SDR.
L/01
Unified Software Layer
- Unified host driver across all SDR platforms and MIMO systems
- Common API for device control, streaming, and DSP pipelines
- High-performance data streaming over LAN/WAN (Behemoth API)
L/02
FPGA Acceleration Layer
- Shared FPGA codebase across uSDR, xSDR, sSDR, and dmass
- FFT acceleration pipelines in FPGA
- FIR filtering and extended DSP primitives
- Custom protocol acceleration blocks
L/03
System-Level Performance
- Vectorized CPU and GPU acceleration primitives
- Optimized data pipelines across PCIe, USB, and Ethernet
- Accelerated GUI components for real-time visualization
04Recent News
What's happening at Wavelet Lab
Product launches, platform updates and research milestones from across the team.
05SDR Platform
SDR platform family
A scalable SDR ecosystem spanning embedded, wideband, and distributed RF platforms — unified by shared FPGA and software Platform.
05.1
Embeddable M.2 modules
- uSDR
- xSDR
- sSDR
- dSDR
uSDR
uSDR — Ultra-Compact Embedded SDR Platform
uSDR is designed for embedded RF systems where size, power, and integration matter. It combines RF front-end, FPGA processing, and high-speed interfaces in a compact M.2 form factor — enabling direct integration into compute platforms, edge devices, and custom hardware.
Frequency Range
250 MHz – 3.8 GHz (RX-only 1–250 MHz)
Bandwidth
0.5 MHz – 40 MHz
Power
2.1 W typ. · 3.6 W max
sampling rate
0.1 – 65 MSPS
Learn more →
xSDR
xSDR — Compact Multi-Channel Embedded SDR Platform
xSDR is a compact embedded SDR platform integrating dual RX/TX channels, FPGA-based processing, and high-speed interfaces into an M.2 form factor. Designed for multi-channel RF systems, wireless Platform, and advanced signal processing applications.
Frequency Range
30 MHz – 3.8 GHz
Channels
2 RX / 2 TX
Bandwidth
Up to 90 MHz
sampling rate
0.1 – 100 MSPS
Learn more →
sSDR
sSDR — Wideband Embedded SDR Platform
sSDR is a compact wideband SDR platform combining extended RF coverage, FPGA acceleration, and high-speed host interfaces in an embedded M.2 form factor. Designed for advanced wireless Platform, spectrum monitoring, radar research, and distributed RF systems. From embedded wireless Platform to high-performance RF sensing systems.
Frequency Range
30 MHz – 11 GHz
Channels
2 RX / 2 TX (full duplex)
Instantaneous Bandwidth
Up to 120 MHz
sampling rate
Up to 100 MSPS
Learn more →
dSDR
dSDR — Direct-Sampling Multi-Channel SDR
dSDR is a direct-sampling embedded SDR platform for high-channel-count, phase-coherent RF systems. Its architecture minimizes LO leakage and IQ imbalance while improving linearity, phase noise, and integration flexibility. Designed for massive MIMO, wideband RF acquisition, and Platform-grade signal processing deployments.
Frequency Range
Up to 12 GHz (model-dependent)
Channels
Up to 6 RX / 4 TX
Instantaneous Bandwidth
up to 1 GHz
sampling rate
0.1 MSPS – 500 MSPS (1 GSPS on request)
Learn more →
05.2
Massive MIMO platforms
- xMASS
- dMASS
xMASS
xMASS — Synchronized Massive MIMO SDR Platform
xMASS combines synchronized SDR nodes, FPGA-accelerated processing, and deterministic timing infrastructure into a scalable RF platform for coherent acquisition, beamforming, and distributed wireless experimentation. The modular architecture enables compact synchronized SDR deployment while supporting scalable MIMO workflows, distributed sensing systems, and real-time RF experimentation.
Channels
8 RX / 8 TX
Frequency Range
30 MHz – 3.8 GHz
Bandwidth
0.5 MHz – 90 MHz
Sample Rate
0.1 MSPS – 100 MSPS
Learn more →
dMASS
dMASS — Distributed Massive MIMO SDR Platform
dMASS extends the dSDR platform into scalable distributed RF infrastructure with synchronized multi-node acquisition, high-throughput transport, and phase-coherent operation for geolocation, massive MIMO, and distributed sensing systems. The architecture enables deterministic synchronization across M.2 2242 SDR nodes while supporting scalable RF acquisition, FPGA-accelerated processing, and real-time infrastructure deployment.
Channels
Up to 6 RX / 4 TX
Frequency Range
Up to 12 GHz (model-dependent)
High-Speed Transport
PCIe Gen3 + optional 100GbE
Synchronization
External clock
Learn more →
Catalog
Explore the full SDR platform catalog and accessories.
06Capabilities
RF sensing & spectrum analysis.
From wideband acquisition to geolocation, synchronized SDR systems and FPGA-accelerated DSP enable real-time RF sensing and signal analysis.
SIGINT · SCAN ACTIVE
AZ 000–360° · EL 0–45°
3 emitters tracked
DF/01
Direction Finding
Continuous wideband acquisition and analysis across HF through Ku-band environments.
xMASSdmass
≤ 1°
AoA error
GEO/02
TDOA / FDOA Geolocation
Time- and frequency-difference of arrival across distributed nodes synchronized via White Rabbit timing.
xMASSdmass
< 1 ns
sync accuracy
CLS/03
Signal Classification
Real-time modulation recognition and emitter fingerprinting with ML-assisted classifiers running on FPGA.
M.2 modules
500 MHz
instantaneous BW
SAT/04
Wideband RF monitoring
Continuous wideband sweep from HF to Ku-band edge — capture, decode and persist for forensic analysis.
M.2 modules
11 GHz
tuning ceiling
07platforms
Applied RF Systems
Advanced SDR and signal processing platforms for research, prototyping, and mission-critical RF systems.
01
Telecom & Networking
Advanced SDR and signal processing platforms for research, prototyping, and mission-critical RF systems.
02
Industrial Automation & IIoT
Robust wireless links and sensor fabrics for plant floors.
03
RF Monitoring & Spectrum
Passive monitoring, geolocation, EW research tools.
04
Research & Defense
Custom SDR/DSP platforms for advanced programs.
08Field
Platform Deployments
CASE/01
Open RAN SDR Infrastructure Platform
Deployable SDR infrastructure for Open RAN, private cellular systems, and next-generation wireless network development.
SDROPEN-RAN5GFPGA
Read case
CASE/02
Private 5G Network Testbed
End-to-end private 5G platform integrating RU, DU, synchronization, and SDR infrastructure with support for srsRAN, Amarisoft, and high-bandwidth wireless experimentation.
5GO-RANPTPSDR
Read case
CASE/03
Distributed RF Monitoring & Geolocation Platform
TDOA , FDOA Geolocation, and Direction Finding across synchronized Multi-Node SDR networks and Coherent SDR Arrays.
SIGINTTDOAFDOAGEO
Read case
500 MHz
Instantaneous bandwidth
<1 ns
Synchronization
12.5 GHz
RF coverage
Multi-node
Coherent acquisition
09Capabilities
Engineering Capabilities
Integrated engineering across RF, FPGA, embedded systems, and real-time signal processing.
S/01
Custom SDR Platforms
Integrated SDR systems spanning RF front-end design, FPGA processing, embedded compute, and deployment-ready hardware.
S/02
DSP Algorithm
Coherent timing and synchronization for distributed SDR arrays and multi-node RF systems.
S/03
FPGA Acceleration
High-throughput pipelines on Xilinx and Intel — deterministic, low-latency.
S/04
Embedded Software
Linux, Yocto, FreeRTOS, drivers and production firmware delivery.
S/05
RF Front-End Design
Wideband RF architectures including filtering, amplification, synchronization, and signal conditioning.
S/06
Multi-Channel Sync
Coherent timing and synchronization systems for distributed and multi-node SDR architectures.
S/07
System Integration
Integration of RF, FPGA, networking, and embedded systems into deployment-ready platforms.
S/08
Manufacturing
Design-for-manufacturing workflows, validation Platform, production transition, and deployment-ready system preparation.
10Contact
Build next-generation RF systems.
Direct access to the engineers designing and deploying the systems.
Unified SDR platform family · WebSDR + FPGA acceleration · Wireless and RF sensing systems
Sales & RFQ
contact@wavelet-lab.com
HQ
Wavelet Lab
Boston, MA
US · GMT-4