Six constellations · L1 + L2 + L5
GPS, Galileo, BeiDou, GLONASS, QZSS and NavIC reception across three bands, with reusable digital correlation capability for FPGA and ASIC implementations.
View Correlator IP →GNSS Technologies
GNSS receiver technology,
designed in hardware.
ANKASYS designs hardware-based GNSS receivers and licenses reusable GNSS correlator IP for FPGA and ASIC implementations.
RECEIVER CAPABILITIES
Multi-band, multi-constellation GNSS.
Six supported GNSS constellations, L1, L2 and L5 bands, RTK, augmentation and authentication services, plus dead reckoning in one receiver platform.
RTK · HAS · OSNMA · EGNOS
RTK positioning, Galileo High Accuracy Service, OSNMA authentication and EGNOS SBAS support extend the receiver beyond core positioning.
GNSS + Dead Reckoning
Dead-reckoning capability complements satellite navigation when signals are obstructed or temporarily unavailable, supporting more continuous positioning.
INTEGRATIONFlexible sample & IF frequenciesAdapt the digital interface to the target receiver architecture.
IMPLEMENTATIONFPGA agnostic · ASIC compatibleNo dependency on vendor-specific FPGA resources.
SYSTEMNo additional CPU/DSP IP license requiredNo separate third-party processor or DSP IP licence is required.
TIMINGLow-jitter PPS outputReceiver architecture includes a low-jitter pulse-per-second timing output.
VALIDATIONLab + real environment testedValidated with synthetic laboratory data and real-world GNSS signals.
DELIVERYAlready delivered to customersTechnology beyond concept stage, with customer deliveries completed.
ADVANCED RECEIVER FUNCTIONS
More signals. More trust. More continuity.
The expanded platform combines wider constellation and band coverage with augmentation, authentication, high-accuracy services and positioning continuity.
GPS, Galileo, BeiDou, GLONASS, QZSS and NavIC support provides a broad multi-constellation signal environment.
Multi-band support enables receiver designs that can use signals across L1, L2 and L5 frequency bands.
Open Service Navigation Message Authentication support enables verification of authenticated Galileo navigation data.
RTK processing and Galileo High Accuracy Service bring precise positioning and correction data into the receiver capability set.
EGNOS augmentation support complements the core GNSS solution with SBAS corrections and integrity information.
Sensor-aided dead reckoning supports continued position estimation through temporary GNSS signal obstruction.
SIGNALS · ORBITS · HARDWARE
GNSS engineering from signals in orbit to validated receiver hardware.
Our work starts with signals arriving from orbit and continues through RF front-end hardware, digital receiver processing, field validation and reusable IP. The system view below is a concept visualization; the surrounding photographs show real ANKASYS engineering work.
From multi-band GNSS signals to precise, continuous positioning.
ANKASYS develops the receiver technology itself: L1/L2/L5 signal processing, reusable correlator and baseband building blocks, RTK and navigation services, FPGA implementations and ASIC-ready integration. The same engineering team supports receiver-level validation and customer-specific adaptation.
Six-Constellation ReceiverGPS, Galileo, BeiDou, GLONASS, QZSS and NavIC support in a scalable multi-channel architecture.
Multi-Band L1 + L2 + L5Receiver processing and integration across L1, L2 and L5 frequency bands.
RTK · OSNMA · HAS · EGNOSPrecise positioning, authentication, high-accuracy correction and SBAS augmentation services integrated at receiver level.
Dead ReckoningSensor-aided continuity when satellite signals are obstructed or temporarily unavailable.
FPGA Independent · ASIC CompatiblePortable digital architecture without dependence on vendor-specific FPGA resources.
Validated & CustomizableTested with synthetic and real-world signals and adaptable to target program requirements.
GNSS RECEIVER SYSTEM VIEWANKASYS
GPS
GALILEO
BEIDOU
EGNOS · SBAS
MULTI-CONSTELLATION DIGITAL RECEIVER PIPELINE
01 · RF / INPUTL1 + L2 + L5 RF Front EndMulti-band digitized I/Q sample interface
sample stream
02 · ANKASYS IP COREMulti-Constellation CorrelatorAcquisition and reusable multi-channel correlationLICENSABLE
measurements
FLEXIBLE IFFPGA TARGETASIC TARGETREUSABLE IP
ARCHITECTUREHardware-based multi-constellation receiver design
IPReusable correlator technology
IMPLEMENTATIONFPGA prototyping to ASIC path
Multi-constellation receiver technology validated in laboratory and real-world operation
REAL RECEIVER HARDWARE · 2025
Designed, assembled and evolved as an ANKASYS platform.
These hardware revisions show the physical receiver development behind the digital IP: RF front-end implementation, board-level integration and the path from prototype iterations to receiver validation.
GNSS COMMUNITY · 2026
Staying connected to the wider satellite-navigation ecosystem.
ANKASYS participated in the 17th ESA/JRC International Summerschool on GNSS 2026 in Finland. The event complements our hands-on receiver and correlator work with direct technical exchange across the international GNSS community.
Read the event note →
GNSS TECHNOLOGY PORTFOLIO
A growing GNSS digital IP portfolio.
The portfolio is built around reusable digital GNSS building blocks and receiver-level engineering. Public material stays at a level that is useful for integration discussions without exposing customer-specific implementations.
Six constellations · L1 + L2 + L5
Multi-band receiver technology supporting GPS, Galileo, BeiDou, GLONASS, QZSS and NavIC, plus RTK, EGNOS, OSNMA, HAS and dead reckoning.
View Correlator IP →GNSS Sub-IP Building Blocks
The receiver architecture is composed of modular, reusable digital sub-IP blocks that support scalable multi-channel implementations.
Receiver & Baseband Integration
Receiver architecture, digital baseband integration, FPGA implementation and ASIC-oriented engineering around the reusable IP portfolio.
INTEGRATIONFlexible sample & IF frequenciesAdapt the digital interface to the target receiver architecture.
IMPLEMENTATIONFPGA agnostic · ASIC compatibleNo dependency on vendor-specific FPGA resources.
SYSTEMNo additional CPU/DSP IP license requiredThe ANKASYS solution does not require the customer to license a separate third-party processor or DSP IP for the receiver implementation.
TIMINGLow-jitter PPS outputReceiver architecture includes a low-jitter pulse-per-second timing output.
VALIDATIONLab + real environment testedValidated with synthetic signals in the laboratory and with real-world GNSS signals.
DELIVERYAlready delivered to customersThe technology is beyond a concept-stage prototype and has been delivered to customers.
LICENSABLE TECHNOLOGY
Need the correlator as an IP building block?
The GNSS Correlator IP now has a dedicated product page covering its position in the receiver chain, target integration paths and licensing discussion.
Integrating GNSS into your hardware?
Talk to ANKASYS about receiver architectures, correlator IP and FPGA/ASIC implementation.