Search for L1 L5 | High Precision RTK GNSS Modules & Systems Manufacturer | LOCOSYS

LOCOSYS Technology Inc. established in 2005, came from a well-known research organization of information industry, a company that provide services the scope of which spans from both hardware and software in Global Navigation Satellite System (GNSS), Wireless Communication, Embedded System to Avionics, Automotive and Consumers electronics.

Result 1 - 24 of 51
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  • BK-1612-1N
    BK-1612-1N
    BK-1612-1N

    The BK-1612-1N is a receiving module that supports dual-band and GPS, GLONASS, GALILEO, BEIDOU, QZSS & NavIC Multi-mode. It has built-in highly integrated receiver chip, supports multi band and multi system cm4f (main frequency 350mhz, 22nm Technology) chip. Besides, it is capable of tracking all global civil navigation systems (GPS, GLONASS, GALILEO, BEIDOU, QZSS, NavIC ) in band L1 and L5. BK-1612-1N module is based on the state of art NavIC architecture, integrating multi-band and multi-system GNSS RF and base band. This newly designed architecture makes this single chip achieve sub-meter level positioning accuracy without correction data from ground-based augmentation station and higher sensitivity, greater for improved jam resistance and multipath, provide a highly robust service in complicated environment. BK-1612-1N module featuring high sensitivity, low power consumption, and fast TTFF. The superior cold start sensitivity allows it to acquire, track, and get position fix autonomously in difficult weak signal environment. The receiver’s superior tracking sensitivity allows continuous position coverage in nearly all outdoor application environments. The high performance signal parameter search engine is capable of testing 16 million time-frequency hypotheses per second, offering superior signal acquisition and TTFF speed.


  • SO-1612-1N
    SO-1612-1N
    SO-1612-1N

  • MC-1010-V3a
    MC-1010-V3a
    MC-1010-V3a

    LOCOSYS MC-1010-Vxx series are high-performance dual-band GNSS positioning modules that are capable of tracking all global civil navigation systems. They adopt 12 nm process and integrate efficient power management architecture to perform low power and high sensitivity. Besides, concurrent reception of L1 and L5 band signals mitigates the multipath delay and achieves sub-meter position accuracy. The modules support hybrid ephemeris prediction to achieve faster cold start. One is self-generated ephemeris prediction (called EPOC) that is no need of both network assistance and host CPU’s intervention. This is valid for up to 3 days and updates automatically from time to time when GNSS module is powered on and satellites are available. The other is server-generated ephemeris prediction (called EPO) that gets from an internet server. This is valid for up to 14 days. Both ephemeris predictions are stored in the on-board flash memory and perform a cold start time less than 15 seconds. MC-1010-V3x with the active antenna can comply with the sensitivity specification contained in AIS 140 standard. It is the best solution to those customers that design tracking applications in compliance with AIS 140.


  • MC-1010-V3b
    MC-1010-V3b
    MC-1010-V3b

    LOCOSYS MC-1010-Vxx series are high-performance dual-band GNSS positioning modules that are capable of tracking all global civil navigation systems. They adopt 12 nm process and integrate efficient power management architecture to perform low power and high sensitivity. Besides, concurrent reception of L1 and L5 band signals mitigates the multipath delay and achieves sub-meter position accuracy. The modules support hybrid ephemeris prediction to achieve faster cold start. One is self-generated ephemeris prediction (called EPOC) that is no need of both network assistance and host CPU’s intervention. This is valid for up to 3 days and updates automatically from time to time when GNSS module is powered on and satellites are available. The other is server-generated ephemeris prediction (called EPO) that gets from an internet server. This is valid for up to 14 days. Both ephemeris predictions are stored in the on-board flash memory and perform a cold start time less than 15 seconds. MC-1010-V3x with the active antenna can comply with the sensitivity specification contained in AIS 140 standard. It is the best solution to those customers that design tracking applications in compliance with AIS 140.


  • MC-1612-V3b
    MC-1612-V3b
    MC-1612-V3b

    LOCOSYS MC-1612-Vxx series are high-performance dual-band GNSS positioning modules that are capable of tracking all global civil navigation systems. They adopt 12 nm process and integrate efficient power management architecture to perform low power and high sensitivity. Besides, concurrent reception of L1 and L5 band signals mitigates the multipath delay and achieves sub-meter position accuracy. The modules support hybrid ephemeris prediction to achieve faster cold start. One is self-generated ephemeris prediction (called EPOC) that is no need of both network assistance and host CPU’s intervention. This is valid for up to 3 days and updates automatically from time to time when GNSS module is powered on and satellites are available. The other is server-generated ephemeris prediction (called EPO) that gets from an internet server. This is valid for up to 14 days. Both ephemeris predictions are stored in the on-board flash memory and perform a cold start time less than 15 seconds The RF front end of MC-1612-V3b the module is specifically designed to comply with sensitivity specification contained in AIS 140 standard. It is the best solution to those customers that design tracking applications in compliance with AIS 140.


  • MC-1612a-V3b
    MC-1612a-V3b
    MC-1612a-V3b

    LOCOSYS MC-1612a-Vxx is a high-performance dual-band GNSS positioning module that is capable of tracking all global civil navigation systems. It adopts 12 nm process and integrates efficient power management architecture to perform low power and high sensitivity. Besides, concurrent reception of L1 and L5 band signals mitigates the multipath delay and achieves more accurate position. The module supports hybrid ephemeris prediction to achieve faster cold start. One is self-generated ephemeris prediction (called EPOC) that is no need of both network assistance and host CPU’s intervention. This is valid for up to 3 days and updates automatically from time to time when GNSS module is powered on and satellites are available. The other is server-generated ephemeris prediction (called EPO) that gets from an internet server. This is valid for up to 14 days. Both ephemeris predictions are stored in the on-board flash memory and perform a faster cold start. The RF front end of MC-161a-V3b the module is specifically designed to comply with sensitivity specification contained in AIS 140 standard. It is the best solution to those customers that design tracking applications in compliance with AIS 140.


  • BK-1612-15
    BK-1612-15
    BK-1612-15

    BK-1612-15 is a receiving module that supports Dual-Band & Multi-Mode. It has built-in highly integrated GNSS receiver chip, supports multi band and multi system cm4f (main frequency 350Mhz, 22nm Technology) chip of Third-generation BEIDOU Navigation Satellite System (BDS-3). Besides, it is capable of tracking all global civil navigation systems (GPS, GLONASS, GALILEO, BEIDOU, QZSS, and SBAS) in all bands. BK-1612-15 module is based on the state of art BDS-3 architecture, integrating multi-band and multi-system GNSS RF and baseband. This newly designed architecture makes this single chip achieve sub-meter level positioning accuracy without correction data from ground-based augmentation station and higher sensitivity, greater for improved jam resistance and multipath, provide a highly robust service in complicated environment. BK-1612-15 module contains positioning engine inside, featuring high sensitivity, low power consumption, and fast TTFF. The superior cold start sensitivity allows it to acquire, track, and get position fix autonomously in difficult weak signal environment. The receiver’s superior tracking sensitivity allows continuous position coverage in nearly all outdoor application environments. The high-performance signal parameter searching engine is capable of testing 16 million time-frequency hypotheses per second, offering superior signal acquisition and TTFF speed.


  • SO-1612-15
    SO-1612-15
    SO-1612-15

  • MC-1010i-V2b
    MC-1010i-V2b
    MC-1010i-V2b

    LOCOSYS MC-1010i-V2b is a high-performance dual-band GNSS positioning module that can track all global civil navigation systems. It adopts 12 nm process and integrates efficient power management architecture to perform low power and high sensitivity. Besides, concurrent reception of L1 and L5 band signals mitigates the multipath delay and achieves more accurate position. The module supports hybrid ephemeris prediction to achieve faster cold start. One is self-generated ephemeris prediction (called EPOC) that is no need of both network assistance and host CPU’s intervention. This is valid for up to 3 days and updates automatically from time to time when GNSS module is powered on and satellites are available. The other is server-generated ephemeris prediction (called EPO) that gets from an internet server. This is valid for up to 14 days. Both ephemeris predictions are stored in the on-board flash memory and perform a cold start time less than 15 seconds.


  • MC-1010-V2a
    MC-1010-V2a
    MC-1010-V2a

    LOCOSYS MC-1010-Vxx series are high-performance dual-band GNSS positioning modules that are capable of tracking all global civil navigation systems. They adopt 12 nm process and integrate efficient power management architecture to perform low power and high sensitivity. Besides, concurrent reception of L1 and L5 band signals mitigates the multipath delay and achieves sub-meter position accuracy. The modules support hybrid ephemeris prediction to achieve faster cold start. One is self-generated ephemeris prediction (called EPOC) that is no need of both network assistance and host CPU’s intervention. This is valid for up to 3 days and updates automatically from time to time when GNSS module is powered on and satellites are available. The other is server-generated ephemeris prediction (called EPO) that gets from an internet server. This is valid for up to 14 days. Both ephemeris predictions are stored in the on-board flash memory and perform a cold start time less than 15 seconds. MC-1010-V3x with the active antenna can comply with the sensitivity specification contained in AIS 140 standard. It is the best solution to those customers that design tracking applications in compliance with AIS 140.


  • MC-1010-V2b
    MC-1010-V2b
    MC-1010-V2b

    LOCOSYS MC-1010-Vxx series are high-performance dual-band GNSS positioning modules that are capable of tracking all global civil navigation systems. They adopt 12 nm process and integrate efficient power management architecture to perform low power and high sensitivity. Besides, concurrent reception of L1 and L5 band signals mitigates the multipath delay and achieves sub-meter position accuracy. The modules support hybrid ephemeris prediction to achieve faster cold start. One is self-generated ephemeris prediction (called EPOC) that is no need of both network assistance and host CPU’s intervention. This is valid for up to 3 days and updates automatically from time to time when GNSS module is powered on and satellites are available. The other is server-generated ephemeris prediction (called EPO) that gets from an internet server. This is valid for up to 14 days. Both ephemeris predictions are stored in the on-board flash memory and perform a cold start time less than 15 seconds. MC-1010-V3x with the active antenna can comply with the sensitivity specification contained in AIS 140 standard. It is the best solution to those customers that design tracking applications in compliance with AIS 140.


  • MC-1612-V2b
    MC-1612-V2b
    MC-1612-V2b

    LOCOSYS MC-1612-Vxx series are high-performance dual-band GNSS positioning modules that are capable of tracking all global civil navigation systems. They adopt 12 nm process and integrate efficient power management architecture to perform low power and high sensitivity. Besides, concurrent reception of L1 and L5 band signals mitigates the multipath delay and achieves sub-meter position accuracy. The modules support hybrid ephemeris prediction to achieve faster cold start. One is self-generated ephemeris prediction (called EPOC) that is no need of both network assistance and host CPU’s intervention. This is valid for up to 3 days and updates automatically from time to time when GNSS module is powered on and satellites are available. The other is server-generated ephemeris prediction (called EPO) that gets from an internet server. This is valid for up to 14 days. Both ephemeris predictions are stored in the on-board flash memory and perform a cold start time less than 15 seconds The RF front end of MC-1612-V3b the module is specifically designed to comply with sensitivity specification contained in AIS 140 standard. It is the best solution to those customers that design tracking applications in compliance with AIS 140.


  • MC-1612a-V2b
    MC-1612a-V2b
    MC-1612a-V2b

    LOCOSYS MC-1612a-Vxx is a high-performance dual-band GNSS positioning module that is capable of tracking all global civil navigation systems. It adopts 12 nm process and integrates efficient power management architecture to perform low power and high sensitivity. Besides, concurrent reception of L1 and L5 band signals mitigates the multipath delay and achieves more accurate position. The module supports hybrid ephemeris prediction to achieve faster cold start. One is self-generated ephemeris prediction (called EPOC) that is no need of both network assistance and host CPU’s intervention. This is valid for up to 3 days and updates automatically from time to time when GNSS module is powered on and satellites are available. The other is server-generated ephemeris prediction (called EPO) that gets from an internet server. This is valid for up to 14 days. Both ephemeris predictions are stored in the on-board flash memory and perform a faster cold start. The RF front end of MC-161a-V3b the module is specifically designed to comply with sensitivity specification contained in AIS 140 standard. It is the best solution to those customers that design tracking applications in compliance with AIS 140.


  • HD-1612-BV1
    HD-1612-BV1
    HD-1612-BV1

    LOCOSYS HD-1612-BV1 is a high-performance GNSS positioning module that is capable of tracking all global civil navigation systems (GPS, QZSS, GLONASS, BEIDOU and GALILEO). Besides, it can receive sub-meter level augmentation service from QZSS L1S signal and sends disaster information at 4-second intervals. The module integrates efficient power management architecture to perform low power and high sensitivity. It is suitable for personal, automotive and marine navigations. *HD-1612-BV1 supports GPS/GLONASS/GALILEO/BEIDOU/QZSS


  • HD-1612-BV2/HD-1612-BV3
    HD-1612-BV2/HD-1612-BV3
    HD-1612-BV2/HD-1612-BV3

    LOCOSYS HD-1612-BV2/HD-1612-BV3 are high-performance dual-band GNSS positioning modulesthat are capable of tracking all global civil navigation systems (GPS, GLONASS, BDS, GALILEO, QZSS andIRNSS). They integrate efficient power management architecture to perform low power and high sensitivity.Besides, concurrent reception of L1 and L5 band signals achieves sub-meter position accuracy. They aresuitable for personal, automotive and marine navigations. The RF front end of HD-1612-BV3 is specifically designed to comply with sensitivity specificationcontained in AIS-140 standard. It is the best solution to those customers that design tracking applications in compliance with AIS-140. *HD-1612-BV2 supports GPS/GLONASS/GALILEO/BEIDOU/QZSS *HD-1612-BV3 supports GPS/GALILEO/BEIDOU/QZSS/IRNSS


  • LC2003x-52Q
    LC2003x-52Q
    LC2003x-52Q

    LC2003x-52Q series products are high-performance L1-band GNSS smart antenna modules, including an embedded patch antenna and GNSS receiver, designed for a broad spectrum of OEM system applications. It can provide user with fast Time-To-First-Fix, superior sensitivity and low power consumption. Its far-reaching capability meets the sensitivity requirements of car navigation as well as other location-based applications.


  • MGS-1818-52Q
    MGS-1818-52Q
    MGS-1818-52Q

    MGS-1818-52Q is a complete standalone multi-frequency GNSS smart antenna module, including embedded patch antenna and GNSS receiver circuits which is based Airoha AG3352Q platform. The module can simultaneously acquire and track multiple satellite constellations that include GPS, GLONASS, GALILEO, BAIDOU, and QZSS simultaneously, which in combination with the support of SBAS, greatly increases the number of visible satellites and enhances positioning accuracy. Its superior cold-start sensitivity allows it to acquire, track, and get position fix autonomously in difficult weak signal environment. Its superior tracking sensitivity allows continuous position coverage in nearly all outdoor application environments. The module supports hybrid ephemeris prediction to achieve faster cold start. One is self-generated ephemeris prediction (called EASY) that is no need of both network assistance and host CPU’s intervention. This is valid for up to 3 days and updates automatically from time to time when GNSS module is powered on and satellites are available. The other is server-generated ephemeris prediction (called EPO) that gets from an internet server. This is valid for up to 14 days. Both ephemeris predictions are stored in the on-board flash memory and perform a cold start time less than 15 seconds. The faster GNSS fixes make it possible to use accurate positioning and navigation services anytime and anywhere with a smaller power budget than previously possible. Available in a cost-optimized version as well as a low-power version which supports for the Adaptive Low Power (ALP) feature in fitness and normal navigation modes.


  • MGS-1513-52Q
    MGS-1513-52Q
    MGS-1513-52Q

    MGS-1513-52Q is a complete standalone multi-frequency GNSS smart antenna module, including embedded patch antenna and GNSS receiver circuits which is based Airoha AG3352Q platform. The module can simultaneously acquire and track multiple satellite constellations that include GPS, GLONASS, GALILEO, BAIDOU, and QZSS simultaneously, which in combination with the support of SBAS, greatly increases the number of visible satellites and enhances positioning accuracy. Its superior cold-start sensitivity allows it to acquire, track, and get position fix autonomously in difficult weak signal environment. Its superior tracking sensitivity allows continuous position coverage in nearly all outdoor application environments. The module supports hybrid ephemeris prediction to achieve faster cold start. One is self-generated ephemeris prediction (called EASY) that is no need of both network assistance and host CPU’s intervention. This is valid for up to 3 days and updates automaticall from time to time when GNSS module is powered on and satellites are available. The other is server-generated ephemeris prediction (called EPO) that gets from an internet server. This is valid for up to 14 days. Both ephemeris predictions are stored in the on-board flash memory and perform a cold start time less than 15 seconds. The faster GNSS fixes make it possible to use accurate positioning and navigation services anytime and anywhere with a smaller power budget than previously possible. Available in a cost-optimized version as well as a low-power version which supports for the Adaptive Low Power (ALP) feature in fitness and normal navigation modes.


  • LC2003x-35AD
    LC2003x-35AD
    LC2003x-35AD

    LC2003x-35AD series products are high-performance dual-band GNSS UDR (Untethered Dead Reckoning) smart antenna modules, including an embedded antenna and GNSS receiver circuits, designed for a broad spectrum of OEM system applications. The GNSS smart antenna will acquire both L1 and L5 signals at a time while providing the better standalone position accuracy and continue to work where GNSS signals are poor or not available. It can provide user with fast Time-To-First-Fix, superior sensitivity and low power consumption.


  • LC2003x-Vx
    LC2003x-Vx
    LC2003x-Vx

    LC2003x-Vx series products are high-performance dual-band GNSS smart antenna modules, including an embedded antenna and GNSS receiver circuits, designed for a broad spectrum of OEM system applications. The GNSS smart antenna will acquire both L1 and L5 signals at a time while providing the better standalone position accuracy. It can provide you with fast Time-To-First-Fix, superior sensitivity and low power consumption. Its far-reaching capability meets the sensitivity requirements of car navigation as well as other location-based applications.


  • GNSS-DUAL
    GNSS-DUAL
    GNSS-DUAL

    GNSS-DUAL is a dual-frequency GNSS compass module that designed for applications requiring accurate dual-antenna GNSS-based heading. The dual-antenna GNSS-based heading is not subject to magnetic interference. Unlike a standard GNSS module that can only estimate heading based on the movement, GNSS-DUAL provides an accurate heading even while the vehicle is stationary. It is capable of concurrently tracking all global civil navigation systems, including GPS, GLONASS, GALILEO, BEIDOU and QZSS. It acquires both L1 and L5 signals at a time while providing accurate heading between dual antennas. GNSS-DUAL adopts 12nm process and integrates efficient power management architecture to become one of the leading groups with the lightest weight and lowest power consumption on the market.


  • MC-1722-T
    MC-1722-T
    MC-1722-T

    The MC-1722-T is a high-performance L1 and L5 dual-band, multi-frequency GNSS module that designed for timing applications. The module supports concurrent reception of GPS, GLONASS, BeiDou, GALILEO and QZSS to improve the availability and reliability.


  • RTK-1010
    RTK-1010
    RTK-1010

    The RTK-1010 is a high-performance dual-band GNSS RTK module that designed for applications requiring centimeter level positioning accuracy. It adopts 12 nm process and integrate efficient power management architecture to perform low power and high sensitivity. The module supports concurrent reception of GPS, GLONASS, BeiDou, GALILEO, and QZSS to improve the availability and reliability of RTK solution even in the harsh environment.


  • RTK-1612
    RTK-1612
    RTK-1612

    The RTK-1612 is a high-performance dual-band GNSS RTK module that designed for applications requiring centimeter level positioning accuracy. It adopts 12 nm process and integrate efficient power management architecture to perform low power and high sensitivity. The module supports concurrent reception of GPS, GLONASS, BeiDou, GALILEO, and QZSS to improve the availability and reliability of RTK solution even in the harsh environment.



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