Gps/gnss Receiver Module (Gps/gnss Engine Board)

GPS + GLONASS Receivers (G-Mouse) - UART / TTL Interface GPS + GLONASS Receivers (G-Mouse) - RS232 Interface GPS + GLONASS Receivers (G-Mouse) - USB Interface GPS + BeiDou Receivers (G-Mouse) - UART / TTL Interface

YIC5 series GPS/QZSS + GLONASS modules - MediaTek chip solution YIC3 series GPS/QZSS + GLONASS modules - GOKE chip solution YIC9 series GPS/QZSS + GLONASS modules - ublox chip solution YIC7 series Ultra Low Power L1 GPS/QZSS + GLONASS modules YIC5 series Ultra Low Power Sub-1 Meter L1 + L5 GNSS modules YIC5 series L1+L5 NavIC(IRNSS) GNSS modules YIC5 series L1+L5 Dead Reckoning GNSS modules YIC5 series GPS/QZSS + BeiDou modules - MediaTek chip solution YIC9 series GPS/QZSS + BeiDou modules - ublox chip solution YIC5 series GPS/QZSS modules - MediaTek chip solution YIC9 series GPS/QZSS modules - ublox chip solution

The DS-354 utilized SiRFstarV â?¢ and features Quad-GNSS for tracking GPS, GLONASS, BDS and Galileo satellites. The product family delivers highly accurate continuous location, advanced power management and high interference immunity. These continue to push the envelope of performance in sensitivity, TTFF and urban canyon availability and accuracy. With a built-in DSP and extremely low power consumption, the family can get fast location fixes for geo-tagging images or videos, asset tracking and wearable applications. Performance â?¢ GPS, GLONASS, Galileo and SBAS reception for high GNSS availability and accuracy â?¢ High sensitivity navigation engine (PVT) tracks as low as GPS : -165dBm, GLONASS : - 161dBm â?¢ 52 track verification channels â?¢ SBAS (WAAS or EGNOS,MSAS) â?¢ Active Jammer Remover, removes in-band jammers up to 80 dB-Hz â?¢ Tracks up to 8 CW jammers â?¢ Multimode A-GPS (Autonomous, MS-Based, and MS-Assisted) â?? Need operator support â?¢ Embedded CGEE / SGEE (With back-end server support) speed up TTFF a lot and makes cold start time to be around 20+ seconds. â?¢ SiRFGeoRecovTM Reverse EE makes positioning process being done under power saving mode. â?¢ Reacquisition Time: 0.1 second â?¢ RF Metal Shield for best performance in noisy environments Hardware and Software â?¢ Based on the high performance features of SiRFstarVâ?¢ low power single core logic. â?¢ Adaptive micropower controller â?¢ Only 50 to 500�¼A maintains hot start capability (core logic) â?¢ < 10mW required for TricklePowerâ?¢ mode â?¢ RoHS compliant (lead-free) â?¢ Advanced navigation features â?¢ Smart sensor supported by I�²C interface â?¢ External interrupt input for context change detection â?¢ MMCX RF Connector â?¢ Dimension : 36 x 24 x 10.5 mm

Frequency range:Gps l1/l2, glonass l1/l2, galileo e5a/e5b/e6 bds b1/b2 Polarization:Rhcp Connector:Tnc-k Impedance:50 ohm Axial ratio:=3db Azimuth coverage:360° Gain at zenith:=5dbi Lna gain:42db Dimension:145*58mm

Ct-G353 utilized SiRFstarV and features Quad-GNSS for tracking GPS, GLONASS, BDS and Galileo satellites. The product family delivers highly accurate continuous location, advanced power management and high interference immunity. These continue to push the envelope of performance in sensitivity, TTFF and urban canyon availability and accuracy. With a built-in DSP and extremely low power consumption, the family can get fast location fixes for geo-tagging images or videos, asset tracking and wearable applications. Performance - GPS, GLONASS, Galileo, BDS and SBAS reception for high GNSS availability and accuracy - High sensitivity navigation engine (PVT) tracks as low as - GPS : -165 dBm - GLONASS : -159 dBm52 track verification channels - SBAS (WAAS or EGNOS,MSAS) - Active Jammer Remover, removes in-band jammers up to 80 dB-Hz - Tracks up to 8 CW jammers - Multimode A-GPS (Autonomous, MS-Based, and MS-Assisted), need operator support. - Embedded CGEE / SGEE (With back-end server support) speed up TTFF a lot and makes cold start time to be around 20+ seconds. - SiRFGeoRecovTM Reverse EE makes position power saving mode. - Reacquisition Time : 0.1 second - RF Metal Shield for best performance in noisy environments Hardware and Software - Based on the high performance features of the SiRFstarV low power single core logic. - Adaptive micropower controller - Only 50 to 500A maintains hot start capability (core logic) - < 10mW required for TricklePower mode - RoHS compliant (lead-free) - Advanced navigation features - Smart sensor supported by IC interface - External interrupt input for context change detection - Dimension : 20 x 20 x 7 ± 0.5mm Advantages - Built-in LNA. - Built-in internal ROM and based on Firmware 5.5.X - It can remove in-band jammer up to 80db-Hz and track up to 8CW jammers, so the module can prevent GPS signal interference when design-in the electrical device with noisy electrical signal interferences such as Laptop, mobile phone, DSC, etc. - Maintain tracking sensitivity as low as GPS @ -163dBm, GLONASS @ -161dBm, even without network assistance. (SiRFstar III has only -159dBm sensitivity) - Support SiRFaware technology - Support adaptive Micro Power Controller power management mode. - < 10mW TricklePower, so user can leave power on all day instead of power off. - Suitable for battery drive devices that need lower power consumption application Ideal for high volume mass production(Taping reel package) - Cost saving through elimination of RF and board to board digital connectors - Flexible and cost effective hardware design for different applications - Embed CGEE (Client Generated Extended Ephemeris) that can capture ephemeris data from satellites locally and predicts ephemeris up to 3 days. So if the module was off within 3 days, it could complete the positioning process with limited time just like hot start.

Built-in BY682E GNSS high-precision positioning and heading board, support BDS: B1, B2; GPS: L1, L2C, L2P; GLONASS: G1, G2; QZSS: L1, L2; Support single-system or multi-system joint solution; Embed new generation of RTK algorithm engine, more intelligent built-in algorithms and more efficient RTK solutions; Support three vector RTK solution to further optimize the stability of positioning and heading under dynamic conditions; 9~36V wide voltage input with overcurrent and reverse connection protection; Two RS232 serial ports and one RJ54 ethernet port.

GPS/GNSS/GALILEO/BDS Module The Ct-G153 utilized SiRFstarV and features Quad-GNSS for tracking GPS, GLONASS, BDS and Galileo satellites. The product family delivers highly accurate continuous location, advanced power management and high interference immunity. These continue to push the envelope of performance in sensitivity, TTFF and urban canyon availability and accuracy. With a built-in DSP and extremely low power consumption, the family can get fast location fixes for geo-tagging images or videos, asset tracking and wearable applications. Performance - GPS, GLONASS, Galileo and SBAS reception for high GNSS availability and accuracy - High sensitivity navigation engine (PVT) tracks as low as GPS:-165dBm,GLONASS:- 161dBm - 52 track verification channels - SBAS (WAAS, EGNOS, QZSS, MSAS, GAGAN) - Active Jammer Remover, removes in-band jammers up to 80 dB-Hz - Tracks up to 8 CW jammers - Multimode A-GPS (Autonomous, MS-Based, and MS-Assisted) - Need operator support - Embedded CGEE / SGEE (With back-end server support) speed up TTFF a lot and makes cold start time to be around 20+ seconds - SiRFGeoRecovTM Reverse EE makes positioning process being done under power-saving mode. - Reacquisition Time: 0.1 second Hardware and Software - Based on the high-performance features of SiRFstarV low power single core logic. - Adaptive micropower controller - Only 50 to 500 A maintains hot start capability (core logic) - < 10mW required for TricklePower mode - RoHS compliant (lead-free) - SMT pads allow fully automatic assembly processes equipment and reflow soldering - Advanced navigation features - Smart sensor supported by I2C interface - External interrupt input for context change detection - Dimension : 11.2 x 10 x 2.3 mm

SiRF V GPS Module GPS Engine Board with MCX/SMA connector Ct-G340 w/Ct-G530P The Ct-G340 w/Ct-G530P module is high performance, low power GNSS receiver, based on the SiRFStarV single chipset technology while providing fast time-to -first-fix. Its far reaching capability meets the sensitivity requirements of car navigation as well as other location-based applications. Ct-G340 w/Ct-G530P is designed to allow quick and easy integration into GPS-related applications, especially for compact size devices, such as: - Fleet Management / Asset Tracking - AVL and Location-Based Services Performance - GPS, GLONASS, Galileo, BDS and SBAS reception for high GNSS availability and accuracy - 52 track verification channels - Active Jammer Remover, removes in-band jammers up to 80 dB-Hz - Multimode A-GPS (Autonomous, MS-Based, and MS-Assisted), need operator support. - SiRFGeoRecovTM Reverse EE makes positioning process being done under power saving mode. - RF Metal Shield for best performance in noisy environments - High sensitivity navigation engine (PVT) tracks as low as - GPS: -165dB, - GLONASS: -161dBm - SBAS (WAAS, EGNOS, QZSS, MSAS, GAGAN) - Tracks up to 8 CW jammers - Enbedded CGEE/SGEE (With back-end server support) speed up TTFF a lot and makes cold start time to be around 20+ seconds. - Reacquisition Time: 0.1 second Hardware and Software - Based on the high performance features of the SiRFstarVâ?¢ low power single core logic. - Adaptive micropower controller - Only 50 to 500 A maintains hot start capability (core logic) -

GPS Mouse provides customer high position, velocity and time accuracy performances as well as high sensitivity and tracking capabilities. Customers benefit from the strength of both companies. Thanks to the low power consumption technology, the GPS Mouse U8 is ideal for many portable applications such as PDA, Tablet PC, smart phone, automotive etc. Features - 72 channel Ublox M8 positioning engine. - Ultra high sensitivity to -167 dBm. - GPS L1C/A, SBAS L1C/A, QZSS L1C/A and Galileo E1B/support. - Supports GLONASS and is ready for Galileo. - Supports UART, USB and RS232 interface. - Up to 10 Hz update rate. - LED indicate location fix. - Ultra low power consumption.