Insulation, Accessories & Others

Designing Effective Liquid Cooling Plates for High-Temperature Applications NVIDIA GPU 4090 single-width liquid cooling plate The unique heat dissipation design cleverly directs the water cooling liquid to the CPU, GPU, and artificial intelligence chips.Achieve excellent cooling and heat dissipation performance. Its unique flow path design ensures that the coolant can flow efficiently.Evenly distributed on each heat dissipation surface, thereby significantly improving heat dissipation efficiency. Compared with traditional heat dissipation methods.Heat sinks and fans enhance heat dissipation more effectively. Small batch customization with quick proofing 》Efficient heat dissipation, energy saving and environmental protection. 》Single width design, fluid media. 》Space utilization, reliability. 》Using heat pipe technology and sealing materials. 》Seamless and perfect joint, no worries about leakage. Model ：T-HS202307 Category：NVIDIA GPU Welding process：pure copper TLP welding heat source Total power：450W Working environment：48°C，1LPM，20%PGW cold plate surface temperature： below65°C flow resistance：Below5KPa Resistant to stress：1Mpa

Minimum Order: 10 long tons

Advanced Liquid Cooling Plate Solutions for High-Thermal-Load Environments NVIDIA GPU A6000 single-width liquid cooling plate The unique heat dissipation design cleverly directs the water cooling liquid to the CPU, GPU, and artificial intelligence chips.Achieve excellent cooling and heat dissipation performance. Its unique flow path design ensures that the coolant can flow efficiently.Evenly distributed on each heat dissipation surface, thereby significantly improving heat dissipation efficiency. Compared with traditional heat dissipation methods.Heat sinks and fans enhance heat dissipation more effectively. Small batch customization with quick proofing 》Efficient heat dissipation, coolant flow rate, and space utilization. 》Heat dissipation structure design and circulation system design. 》Drilling, welding, surface treatment and other processes. 》Using heat pipe technology and sealing materials. 》Can be customized according to customer conditions. Model ：T-HS202306 Category：NVIDIA GPU Welding process：pure copper TLP welding heat source Total power：300W Working environment：50°C,1LPM,34%EGW cold plate surface temperature：below62°C flow resistance：Below2.5KPa Resistant to stress：1Mpa

Minimum Order: 10 long tons

Top Benefits of Using Liquid Cooling Plates in Modern Computing NVIDIA GPU 4090 double-wide liquid cooling plate The unique heat dissipation design cleverly directs the water cooling liquid to the CPU, GPU, and artificial intelligence chips.Achieve excellent cooling and heat dissipation performance. Its unique flow path design ensures that the coolant can flow efficiently.Evenly distributed on each heat dissipation surface, thereby significantly improving heat dissipation efficiency. Compared with traditional heat dissipation methods.Heat sinks and fans enhance heat dissipation more effectively. Small batch customization with quick proofing 》Efficient heat dissipation, energy saving and environmental protection. 》Double wide design, fluid media. 》Space utilization, reliability. 》Drilling, welding, surface treatment and other processes. 》Can be customized according to customer conditions. Model ：T-HS202305 Category：NVIDIA GPU Welding process：pure copper TLP welding heat source Total power：450W Working environment：35°C，0.5LPM，34%EGW cold plate surface temperature： below55°C flow resistance：Below 8KPa Resistant to stress：1Mpa

Minimum Order: 10 long tons

How to Choose the Right Liquid Cooling Plate for Your Server GPU TTC-1000W/1200W/1500W liquid cooling plate The unique heat dissipation design cleverly directs the water cooling liquid to the CPU, GPU, and artificial intelligence chips.Achieve excellent cooling and heat dissipation performance. Its unique flow path design ensures that the coolant can flow efficiently.Evenly distributed on each heat dissipation surface, thereby significantly improving heat dissipation efficiency. Compared with traditional heat dissipation methods.Heat sinks and fans enhance heat dissipation more effectively. Small batch customization with quick proofing 》Efficient heat dissipation, energy saving and consumption reduction, and increased equipment density 》Enhance system reliability and reduce noise 》Friction welding, no pollution to the environment 》Flow channel processing, vacuum brazing, laser welding 》Can be customized according to customer conditions. Model ：TTC-1000 Category：GPU/Communication switch Welding process：pure copper TLP welding heat source Total power：1000W Working environment：30°C, 2LPM,pure water cold plate surface temperature：below 45°C flow resistance：Below 8KPa Resistant to stress：1Mpa Model ：TTC-1200 Category：GPU/Communication switch Welding process：pure copper TLP welding heat source Total power：1200W Working environment：30°C, 2LPM,pure water cold plate surface temperature：below 45°C flow resistance：Below 8KPa Resistant to stress：1Mpa Model ：TTC-1500 Category：GPU/Communication switch Welding process：pure copper TLP welding heat source Total power：1500W Working environment：30°C, 2LPM,pure water cold plate surface temperature：below 45°C flow resistance：Below 8KPa Resistant to stress：1Mpa

Minimum Order: 10 long tons

Efficient Liquid Cooling Plates for High-Power GPU Systems NVIDIA GPU A100/A800 single-width liquid cooling plate The unique heat dissipation design cleverly directs the water cooling liquid to the CPU, GPU, and artificial intelligence chips.Achieve excellent cooling and heat dissipation performance. Its unique flow path design ensures that the coolant can flow efficiently.Evenly distributed on each heat dissipation surface, thereby significantly improving heat dissipation efficiency. Compared with traditional heat dissipation methods.Heat sinks and fans enhance heat dissipation more effectively. Small batch customization with quick proofing 》One-piece molding, light weight, good performance。 》Special flow path design, uniform cooling surface 》Friction welding, no pollution to the environment 》Seamless and perfect joint, no worries about leakage 》Can be customized according to customer conditions. Model ：T-HS202303 Category：NVIDIA GPU Welding process：Aluminum alloy friction stir welding heat source Total power： 350W Working environment：50°C,1.5LPM,57%EGW cold plate surface temperature：below 55°C flow resistance：Below 9KPa Resistant to stress：1Mpa

Minimum Order: 10 long tons

Custom Liquid Cooling Plates for Advanced Electronic Applications Intel CPU X3 liquid cooling plate The unique heat dissipation design cleverly directs the water cooling liquid to the CPU, GPU, and artificial intelligence chips.Achieve excellent cooling and heat dissipation performance. Its unique flow path design ensures that the coolant can flow efficiently.Evenly distributed on each heat dissipation surface, thereby significantly improving heat dissipation efficiency. Compared with traditional heat dissipation methods.Heat sinks and fans enhance heat dissipation more effectively. Small batch customization with quick proofing 》Efficient heat dissipation, solid structure, and optimized thermal management. 》Performance is improved. After using the liquid cooling plate, the failure rate caused by CPU overheating is reduced by 50%. 》Runner processing, brazing packaging 》anodizing. 》Can be customized according to customer conditions. Model ：T-HS202302 Category：Intel CPU Welding process：pure copper TLP welding heat source Total power：270W Working environment：45°C,1LPM,45%PGW cold plate surface temperature：below 56°C flow resistance：Below 1.5KPa Resistant to stress：1Mpa

Minimum Order: 10 long tons

High-Performance Liquid Cooling Plates for Data Centers AMD CPU liquid cooling plate SP5 liquid cooling plate AMD CPU SP5 liquid cooling plate The unique heat dissipation design cleverly directs the water cooling liquid to the CPU, GPU, and artificial intelligence chips.Achieve excellent cooling and heat dissipation performance. Its unique flow path design ensures that the coolant can flow efficiently.Evenly distributed on each heat dissipation surface, thereby significantly improving heat dissipation efficiency. Compared with traditional heat dissipation methods.Heat sinks and fans enhance heat dissipation more effectively. Small batch customization with quick proofing 》High thermal conductivity material, precision processing. 》TLP welding, post-processing process. 》Efficient cooling performance, reliability and durability. 》Environmental protection and energy saving. 》Intelligent management, maintainability and flexibility. Model ：T-HS202301 Category：AMD CPU Welding process：pure copper TLP welding heat source Total power：500W Working environment：40°C,2LPM,25%EGW cold plate surface temperature：below 52°C flow resistance：Below 10KPa Resistant to stress：1Mpa

Minimum Order: 10 long tons

SERVICES:electronic material procurement, PCB production, PCBA assembly, cable assembly, finished product assembly, functional testing. PRODUCTION LINES: 5 SMT high-speed production lines, 2 DIP production lines, 2 functional testing production lines, 2 finished product assembly lines. CERTIFICATE:ISO9001, ISO14001, ISO13485, and IATF16949 APPLICATION:energy, communication, consumer electronics, computers and storage, security, automotive, medical, and industrial products. COMPANY NAME:China Guangdong Shenzhen STHL Electronics Co.,Ltd. NAME: Melody PHONE/WHATSAPP/WECHAT：+86-13612841146 EMA , IL:sales06@firstpcba.com/Melodyxu2499@gmail.com WEBSITE:http://www.pcba-china. / http://com www.firstpcba.com ADDRESS:B4, AnLe Industrial Zone, No.172 Hangcheng Blvd., Bao’an Xixiang District, Shenzhen, 518126 China.

Unicore high accuracy gps module are based on the NebulasIV GNSS SoC. With all-constellation all-frequency support and designed for use in high- precision applications such as UAV, robots, precision agriculture, surveying, mapping, vehicle navigation, telecom and more, NebulasIV™ offers outstanding RTK and Heading performance at affordable pricing. High Precision GNSS Products Features Driven by a full-constellation and full-frequency RTK engine, Unicore's RTK algorithm takes advantage of triple and quad frequency observables, effectively mitigating ionospheric residuals. RTK can provide real-time centimeter-level glonass precision positioning, which requires real-time base station data. In practical applications, radio or wireless network communication is often interrupted. During the interruption of the base station data, RTK’s positioning accuracy decreases quickly. Unicore’s RTK KEEP technology can maintain the centimeter-level positioning accuracy for more than 10 minutes after the interruption. FAQS High Precision GNSS Products FAQs What is the impact of discontinuous transmission of differential data or excessive delay on RTK solution? The more stable the transmission of differential data is, the greater the help for differential positioning, and the more stable the accuracy will be. If the packet loss is very serious on the transmission link of differential data and the differential age usually exceeds 15, the reliability and accuracy of RTK will decrease. RTK eliminates ionospheric errors, tropospheric errors, satellite orbital errors, and satellite clock bias through the correlation of errors between the base station and rover station, thereby achieving centimeter-level positioning accuracy. If the transmission of the base station data is interrupted, the correlation between the rover station observations and the aforementioned errors in the base station data tens of seconds ago will be weakened, and the longer the time, the weaker the correlation, and then the positioning accuracy will drop fast. Ordinary receivers will not be able to provide RTK service after 20 seconds since the interruption of the differential data transmission. But Unicore's RTK KEEP technology, which uses models and estimation to eliminate the satellite orbital errors, clock bias, ionospheric and tropospheric errors, as well as other factors that affect the positioning results, can maintain centimeter- level accuracy for more than 10 minutes after the transmission of the differential data from the base station is interrupted. This greatly improves the availability of RTK service, especially for applications such as UAVs and forestry operations, where radio or wireless network communications are often interfered or blocked. Signal acquisition process The NebulasIV chip is upgraded on the basis of NebulasII. It can capture and track each frequency independently. For more information about precision gps receiver and accurate gps module, please feel free to contact us! If you are looking for a reliable gnss company, don't hesitate to contact us!

UM220-INS NL Industrial Grade Multi-GNSS Inertial Navigation Module and Positioning Module UM220-INS NL is an industrial grade dead reckoning gnss +MEMS module designed for in-dash vehicle navigation and high-end navigation. Based on Unicore's proprietary low power consumption GNSS SoC - UC6226, and with the built-in 6- axis MEMS, UM220-INS NL can directly output GNSS+MEMS integrated positioning results, It is most suitable for applications requiring high accuracy, high reliability, and high continuity. Product Characteristics Miniaturized All-in-One design Built-in MEMS device, output of integrated navigation and positioning results with one single module 100% positioning continuity even in tunnels or underground parking lots In-dash integrated navigation algorithm, supporting odometer pulse Supports A-GNSS Technical Specifications Performance Specifications Channel 64 channels, based on UFirebird Frequency1 GPS L1 BDS B1 Galileo E1 GLONASS G1 QZSS SBAS Modes Single-System Positioning Multi-System Positioning Time to First Fix (TTFF) Cold Start: <28s Reacquisition: < 1 s Positioning Accuracy (CEP) Horizontal: 2.0 m (Dual-System) < 5% x driving distance (inertial navigation, without GNSS signal) Velocity Accuracy(RMS)2 0.1 m/s (GNSS) 1PPS Support Sensitivity GNSS Tracking          -161 dBm Cold Start       -147 dBm Hot Start         -154 dBm Reacquisition  -157 dBm Update Rate 1 Hz / 5 Hz / 10 Hz Differential Data RTCM V3.X Data Format NMEA-0183, Unicore Physical Specifications Dimensions 12.2 x 16.0 x 2.6 mm Package 24 pin SMD Temperature Operating -40 °C ~ +85 °C Storage -45 °C ~ +90 °C Electrical Specifications Voltage 3.0 V ~ 3.6 VDC LNA Feed 3.0 V ~ 3.3 V Power Consumption3 90 mW Functional Ports 2 x UART (LVTTL) 1 x SPEED  1 x FWD 1 x 1PPS (LVTTL) NOTE:  1 Simultaneously running three systems at most. Using  command to switch between BDS and GLONASS.  2 Typical Value, < 3 0m/s open sky  3 Open sky, continuous tracking. There are many gnss companies, but we are one of the best choices for you.

UM220-IV NL Industrial Grade Multi-gps satellite navigation and Positioning Module Multi-constellation positioning module for the vehicle navigation market. It is based on Unicore's GNSS SoC - UC6226. Featuring high integration, low power consumption, anti-interference design, and A-GNSS support, the UM221-IV NV is suitable for automotive applications that demand high performance, reliability, and quality. Product Characteristics Excellent navigation and positioning performance, supporting single-system standalone positioning and multi-system joint positioning Anti-interference design, which enables the module to work stably under complex electromagnetic environments Low power consumption design Supports NMEA V4.1 protocol Surface Mount Technology which facilitates users to produce Raw observation data output (optional) Technical Specifications Performance Specifications Channel Based on 64-Channel SoC - UFirebird Frequency1 GPS L1 BDS B1 Galileo E1 QZSS Positioning Modes Single-system or multi-system Time to First Fix (TTFF)2 Cold Start < 28 s Hot Start: < 1 s Re-acquisition < 1 s AGNSS < 4 s 1PPS Support Sensitivity GNSS Tracking           -161 dBm Acquisition       -147 dBm Hot Start          -151 dBm Reacquisition   -158 dBm Update Rate 1 Hz Data Format NMEA 0183, Unicore Physical Specifications Dimensions 12.2 x 16.0 x 2.4 mm Weight 0.8 g Package 24 pin SMD Temperature Operating -40 °C ~ +85 °C Storage -45 °C ~ +90 °C Electrical Specifications Voltage 3.0 V ~ 3.6 VDC LNA Feed 3.0 V ~ 3.3V, < 100 mA Power Consumption2 50 mW Functional Ports 2 x UART (LVTTL) 1 x 1PPS (LVTTL) Functional Characteristics AGNSS * Raw observation output NOTE: * Supported by specific firmware 1 Open sky, using TruePoint RTK algorithm 2 Open sky, continuous tracking For more information about gps satellite system and buy gps module, please feel free to contact us!

UM981 GPS/BDS/GLONASS/Galileo/QZSS All-constellation Multi-frequency RTK/INS Integrated Positioning Module Unicore's new-generation proprietary RTK/INS integrated navigation module. The module integrates a high-speed floating-point processor and an RTK-dedicated coprocessor, enabling it to output IMU raw data at 100Hz and RTK data at 50Hz, respectively. The on-board MEMS chip and algorithm ensure continuous, high- quality positioning results in GNSS denied environments such as buildings, tunnels, overpasses, and shaded areas. With its high precision and performance, the UM981 is well-suited for surveying and precision agriculture, among other applications. Features Based on the new generation GNSS SoC - NebulasIV, which integrates RF, baseband, and high precision algorithm All-constellation multi-frequency RTK engine and advanced RTK technology Instant RTK initialization technology 60 dB narrowband interference suppression and interference detection Heading2 technology to provide orientation information STANDALONE single-station high-precision positioning technology Supports B2b-PPP and E6-HAS On-board MEMS integrated navigation and U-Fusion technology to ensure continuous positioning when loss of lock on GNSS signals Technical Specifications Performance Specifications Channel 1408 channels, based on NebulasIV Frequency GPS L1C/A, L1C, L2C, L2P(Y), L5 BDS B1I, B2I, B3I, B1C, B2a, B2b GLONASS G1, G2, G3 Galileo E1, E5a, E5b, E6 QZSS L1C/A, L1C, L2C, L5 NavIC L5 SBAS L1C/A Single Point Positioning(RMS) Horizontal: 1.5m Vertical: 2.5m DGPS (RMS) Horizontal: 0.4m Vertical: 0.8m RTK (RMS) Horizontal: 0.8cm+1ppm Vertical: 1.5cm+1ppm PPP（RMS）  Horizontal: 5cm Vertical: 10 cm Tilt Measurement 10 mm + 0.7 mm/°tilt  (accuracy < 2.5 cm within 30°) Positioning Error of INS only < 5 % of the distance traveled without GNSS signals Observation Accuracy (RMS) BDS GPS GLONASS Galileo B1I/B1C/L1 C/A/G1/E1 Code 10 cm 10 cm 10 cm 10 cm B1I/B1C/L1C/A/G1/E1 Carrier Phase 1 mm 1 mm 1 mm 1 mm B2I/B2a/B2b/L5/E5a/E5b Code 10 cm 10 cm 10 cm 10 cm B2I/L2P(Y)/L2C/G2/E5b Carrier Phase 1 mm 1 mm 1 mm 1 mm B3I/B2a/E5a/L5 Code 10 cm 10 cm 10 cm 10 cm B3I/B2a/E5a/L5 Carrier Phase 1 mm 1 mm 1 mm 1 mm Time Accuracy (RMS) 20 ns Velocity Accuracy (RMS) 0.03 m/s Cold start < 12 s Initialization Time < 5 s (typical) Initialization Reliability > 99.9% Data Update Rate 100 Hz (IMU RAW Data) 50 Hz* (RTK) Differential Data RTCM V3.X Data Format NMEA-0183, Unicore Physical Characteristics Packaging 54 pin LGA Dimension 17.0 × 22.0 × 2.6 mm Weight 1.91 g ± 0.03 g Environmental Specifications Working temperature -40 °C ~ +85 °C Storage Temperature -55 °C ~ +95 °C Humidity 95% No condensation Vibration GJB150.16A-2009, MIL-STD-810F Shock GJB150.18A-2009, MIL-STD-810F Communication Interface 3 x UART (LVTTL) 1 x I2C* 1 x SPI* 1 × CAN* (shared with UART3) Note: Items marked with * are only supported by specific firmware. For more information about unicore communications and anti-jamming, please feel free to contact us!

Industrial Grade Multi-GNSS Navigation and Positioning Module Multi-constellation compact navigation module designed for the automotive market. Based on Unicore's GNSS SoC - UC6226, it boasts high integration, low power consumption, anti-interference design, compact size, and is suitable for cost-effective applications. Product Characteristics Compact design, small size Excellent navigation/positioning performance, supports single system standalone positioning and multi-system joint positioning Anti-jamming design to ensure the module working stably in complex electromagnetic environment Low power consumption Supports A-GNSS and DGNSS Compatible with mainstream 10.1 x 9.7 mm GNSS modules, saving cost of replacement SMD package Technical Specifications Performance Specifications Channel Based on 64-Channel SoC - UFirebird Frequency1 GPS L1 BDS B1 GLONASS G1 Galileo E1 QZSS SBAS Modes Single-System Positioning Multi-System Positioning Time to First Fix (TTFF)2 Cold Start: < 28 s Hot Start < 1 s Reacquisition: < 1 s AGNSS < 4 s Positioning Accuracy(CEP)3 Horizontal: 2.0 m Vertical: 3.0 m Velocity Accuracy(RMS)3 0.1 m/s (GNSS) 1PPS Support Sensitivity GNSS Tracking            -161 dBm Acquisition        -146 dBm Hot Start           -151 dBm Reacquisition    -158 dBm Update Rate 1 Hz Data Format NMEA 0183, Unicore Physical Specifications Dimensions 9.7 x 10.1 x 2.2 mm Package 18 pin SMD Temperature Operating -40 °C ~ +85 °C Storage -45 °C ~ +90 °C Electrical Specifications Voltage 3.0 V ~ 3.6 VDC LNA Feed 3.0 V ~ 3.3V, < 100 mA Power Consumption4 90 mW Functional Ports 1 x UART (LVTTL) 1 x 1PPS (LVTTL) Functional Characteristics Passive Antenna, Active Antenna AGNSS * NOTE: Supported by specific firmware 1 Simultaneously running three systems at most.Using command to switch between BDS and GLONASS. 2 Open sky. 3 Typical value <30m/s open sky. 4 Open sky, continuous tracking. For more information about unicore gnss and gps plus glonass, please feel free to contact us!

Automotive Grade Multi-GNSS Dual-frequency High Precision RTK Positioning Module UM680A is a high precision GNSS dual-frequency navigation car gps module developed by Unicore for the intelligent driving market. Based on the proprietary multi-system dual-frequency high-performance SoC-UC6580A, the module supports multi-system dual-frequency joint positioning with centimeter- level accuracy, and it operates at temperatures up to 105 °C. Ordering Information Supply at multiples of 250 pieces Product Characteristics Supports concurrent operation of vechicle gps, BDS, GLONASS and Galileo Dual-frequency single point positioning, providing higher accuracy and reliability compared to single-frequency solution Supports A-GNSS to reduce the TTFF GNSS chip qualified according to AEC-Q100 and production process conforms to IATF16949 Anti-jamming design to ensure the module working stably in complex electromagnetic environment Centimeter-level positioning accuracy & raw data output Technical Specifications Performance Specifications Channel 96 channels, based on UFirebirdII Frequency GPS L1C/A, L5 BDS B1I, B1C*, B2a GLONASS G1* Galileo E1, E5a NavIC L5* QZSS L1, L5 SBAS L1C/A Modes Single-system standalone positioning Multi-system joint positioning Time to First Fix (TTFF) Cold Start: ≤ 26 s Hot Start: ≤ 2 s Re-acquisition : ≤ 2 s DGNSS (RMS) Horizontal: 1.5 m (open sky) Vertical: 2.5 m (open sky) RTK (RMS) Horizontal: 1 cm + 1 ppm (open sky) Vertical: 1 cm + 1 ppm (open sky) Velocity Accuracy(RMS)1 0.05 m/s 1PPS 20 ns Sensitivity (GNSS) BDS+GPS+GLONASS+Galile Tracking: -162 dBm Cold start: -147 dBm Hot Start：-157 dBm  Reacquisition: -158 dBm Data Update Rate 1 Hz / 5 Hz / 10 Hz Correction RTCM V3.X Data Format NMEA 0183, Unicore Physical Specifications Dimensions 22.0 x 17.0 x 2.6 mm Package 54 pin, LGA Operating Temperature -40°C ~ +85 °C / 105 °C Storage Temperature -40°C ~ +85 °C /105 °C Electrical Specifications Voltage 2.7 V ~ 3.6 V DC LNA Feed Power 2.7 V to 3.3 V, <100 mA Power Consumption 270 mW Interfaces 2 × UART(LVTTL) 1 × I2C* 1 × SPI* 1 × 1PPS(LVTTL) Functional Characteristics Passive Antenna, Active Antenna, AGNSS * NOTE: * Supported by specific firmware              1 Open sky, continuous tracking For more information about gnss board, please feel free to contact us!