Viewing GNSS Technological Development from SinoGNSS K-series Modules

Viewing GNSS Technological Development from SinoGNSS K-series Modules

Since the first generation of chips and OEM GNSS modules announced in 2012, ComNav Technology adhered to technological innovation unremittingly to lead the GNSS industry and provide world-class GNSS products to global users. This year, ComNav Technology launched its third generation of GNSS chips and modules, making great breakthrough in performance. 


The first Quantum I ASIC chip, embedded in discontinued K5-series boards, most K7-series GNSS boards, including K726 & K728 boards with additional heading function, K708 with full-constellation & triple-frequency tracking capability, provided strong heart for positioning and navigation applications.



K705 GNSS boards, integrated with Quantum II chip, had strong tracking capability while reduced size and power consumption. The progress made in size and power consumption increased the possibilities of integrating GNSS technology with other technologies.   


After continuous innovation, ComNav Technology introduced the latest Quantum III SoC chip in 2020. The new released K8-series modules led the industry in many aspects. With on-board inertial measurement unit (IMU), K8 series modules performed more reliably and accurately in signal-limited environments.


Except for IMU, K803 GNSS module achieved great improvements in signal tracking, size, power consumption and anti-interference, which made it possible to apply in a wider range of professional and consuming markets, no matter traditional land survey or emerging IoT and intelligent driving.



Compared with K803, K823 GNSS module features dual-frequency and dual-antenna. 1226 channels signal tracking guarantees stable dynamic performance and reliable positioning & heading for all unmanned systems.


Card versions and EVK forms of K8 series were also available in order to meet various demands of customers. As for developers, SMD design of modules make it easier to integrate while for old users, card version is the suitable option. Card version can seamlessly realize hardware upgrade as it has the same size and pin definition with K7-series and other common GNSS modules in the market. Concerning with new users or terminal users, EVK of K8 series module, going with our supporting software, offers convenient positioning services even lack integration experience.



In all words, K-series products are made to suit different demands of users. The detailed differences are illustrated in the following table. Find the most suitable GNSS module for you!


K8 Series OEM ModulesK803 K803 Card Version (50mm × 40mm) K803 Card Version (71mm × 46mm) K803 Card Version (100mm × 60mm) K823 K823 Card Version (71mm × 46mm)
Signal TrackingChannels9651226
GPSL1, L2, L5L1, L2
BeiDouB1, B2, B3B1, B3
BeiDou GlobalB1C, B2a, B2bB1C, B2b
GLONASSL1, L2L1, L2
GalileoE1, E5a, E5bE1, E5b
SBASL1L1
QZSSL1, L2C, L5*L1, L2*
IRNSSL5*-
L-Band**
Positioning SpecificationsStandalone1.5 m
SBAS1 m
DGPS0.4 m
RTKH: 8 mm + 1 ppm V: 15 mm + 1 ppm
Post ProcessingH: 2.5 mm + 1 ppm V: 5 mm + 1 ppm
Heading SpecificationsAzimuth(0.2/R)°
Roll or Pitch(0.4/R)°
OptionsDP-Filter+
Single Module for Heading-+
IMU+
InterfaceSerial Ports4×LVCMOS4×LVCMOS3×LVCMOS3×LVCMOS, 1×RS2323×LVCMOS3×LVCMOS
PPS1
Event2
Data FormatCorrection Data I/ORTCM2.X, 3.X, CMR, CMR+ (GPS Only)
Data OutputBINEX, NEMA0183, ComNav Binary
Maximum Data Rate20Hz
PhysicalSize(L×W×H)30 mm × 30 mm × 3.2 mm50 mm × 40 mm × 9 mm71 mm × 46 mm × 9 mm100 mm × 60 mm × 9 mm30 mm × 40 mm × 3.2 mm71 mm × 46 mm × 9 mm
Weight8g15g20g34g10g24g
I/O connectorLGA 82pin2×22 pin male2×12 pin male2×22 pin maleLGA 60pin2×12 pin male
Antenna ConnectorLGA 82pin1×MMCX female1×MCX female1×MMCX femaleLGA 60pin2×MMCX female
Input Voltage+3.3 V ± 5% DC+3.3 V ~ +5.5 V DC+3.3 V ~ +5.5 V DC+3.3 V ~ +5.5 V DC+3.3 V ± 5% DC+3.3 V ~ +5.5 V DC
Power Consumption1.0W1.0W1.0W1.0W1.6W1.6W

* Upgradable   + Support   - Not support





About ComNav Technology 


ComNav Technology develops and manufactures GNSS OEM boards and receivers for high precision positioning demanded applications. Its technology already been used in a wide range of applications such as surveying, construction, machine control, agriculture, intelligent transportation, precise timing, deformation monitoring, unmanned system. With a team dedicated for the GNSS technology, ComNav Technology is trying its best to supply reliable and competitive products to worldwide customers. ComNav Technology has been listed on the Shanghai Stock Exchange (Science and Technology Board), securities :ComNav Technology (Compass Navigation), Stock code: 688592.


 

About SinoGNSS®


SinoGNSS® is the official trademark of ComNav Technology Ltd., registered in People's Republic of China, EU, USA and Canada. All other trademarks are the property of their respective owners. 


About ComNav Technology


ComNav Technology develops and manufactures GNSS OEM boards and receivers for high precision positioning demanded applications. Its technology already been used in a wide range of applications such as surveying, construction, machine control, agriculture, intelligent transportation, precise timing, deformation monitoring, unmanned system. With a team dedicated for the GNSS technology, ComNav Technology is trying its best to supply reliable and competitive products to worldwide customers. ComNav Technology has been listed on the Shanghai Stock Exchange (Science and Technology Board), securities :ComNav Technology (Compass Navigation), Stock code: 688592.



About SinoGNSS®


SinoGNSS® is the official trademark of ComNav Technology Ltd., registered in People's Republic of China, EU, USA and Canada. All other trademarks are the property of their respective owners.

reply to UserName
Hot comments
UserName1
2022-06-25
Reply
Nullam elit justo, iaculis eu congue tempus, ullamcorper nec massa. Duis magna arcu, eleifend vitae malesuada.
  • UserName2
    2022-06-25
    Reply
    Duis magna arcu, eleifend vitae malesuada.
  • UserName3
    2022-06-25
    Reply
    Duis magna arcu, eleifend vitae malesuada.
UserName4
2022-06-25
Reply
Nullam elit justo, iaculis eu congue tempus, ullamcorper nec massa. Duis magna arcu, eleifend vitae malesuada.
UserName5
2022-06-25
Reply
Nullam elit justo, iaculis eu congue tempus, ullamcorper nec massa. Duis magna arcu, eleifend vitae malesuada.