Low Cost MEMS IMU
ER-MIMU-M01C(≤4°/h)
1. Miniaturized MEMS IMU;
2. Gyro bias instability: ≤4°/h(Allan variance);
3. Low price.
High Performance Floating-point DSPC
ER-DSPC-20A
1. Dual-core architecture, rich interface;
2. Directly connected to AD/DA to form a minimum system;
3. Autonomous embedded operating system.
Full System Full Frequency Point Geodesic Receiver
ER-GNSS-R03
1. Features 432 super channels and a dedicated fast capture engine;
2. Supports BDS, GPS, GLONASS, Galileo, QZSS, SBAS;
3. Centimeter-level positioning.
Full System Full Frequency Mini Receiver
ER-GNSS-R04
1. Supports BDS, GPS, GLONASS, Galileo, QZSS, SBAS;
2. Centimeter-level positioning;
3. Built-in large-capacity lithium battery, long battery life.
Single Axis Position Rate Turntable
ER-PRT-01 Features:
1. Ultra-high speed range ;
2. High speed accuracy;
3. Small in size, light in weight, easy to operate, easy to carry.
Economical MEMS Gyroscope
ER-MG-056 (3°/h)
1. 3°/hr bias instability;
2. 0.25°/√hr angular random walk;
3. 5°/hr bias stability.
High Performance MEMS Gyroscope
ER-MG-067 (<0.3°/hr)
1. <0.3°/hr bias instability;
2. <0.125°/√hr angular random walk;
3. 3°/hr bias stability.
High Performance Navigation Grade MEMS Gyroscope
ER-MG2-200 (<0.02°/hr)
1.Up to 200°/s measurement range;
2.<0.02°/hr bias instability;
3.<0.005°/√hr angular random walk.
Dual Axis Position/Rate Turntable
ER-PRT-02 Features:
1. Provide higher precision position datum;
2. Can be designed according to user requirements;
3. Adopt the structure form of UT table or OO frame.
Military-grade Digital Signal Processor
ER-DSPC-20B
1. Based on the independent architecture EC104E core;
2. SIMD+VLIW architecture;
3. Meet military temperature requirements;
Universal Monitoring All-in-one Machine
ER-GNSS-R05
1. Support BDS, GPS, GLONASS, Galileo, QZSS;
2. Full frequency coverage and lower power consumption;
3. Built-in high-precision sensors, support threshold trigger function.
High Performance 8-core Floating Point DSP
ER-DSPC-30
1. High-performance 8-core floating-point;
2. Efficient three-level storage structure;
3. High-Speed Interface.
Cost-effective Laser Gyroscope
ER-RLG-50 (≤0.01°/h)
1. Bias stability: ≤0.01°/h;
2. Measuring range: -500~500°/s;
3. Bias repeatability: ≤0.003°/h.
High Quality Laser Gyroscope
ER-RLG-70 (≤0.005°/h)
1. Bias stability: ≤0.005°/h;
2. Angular random walk: ≤0.0008°/√h;
3. Bias repeatability: (≤0.002°/h)
Geodetic GNSS Receiver
ER-GNSS-R06
1. Single antenna version supports PPS signal output;
2. Supports front-end solving;
3. Supports cloud services.
High Performance Laser Gyroscope
ER-RLG-90 (≤0.003°/h)
1. Bias stability: ≤0.003°/h;
2. Bias repeatability: ≤0.001°/h;
3. Angular random walk: ≤0.0003°/√h.
Universal Interface Board
ER-DSPB-3U1
1. Work Temperature: -40°C~70°C;
2. Storage Temperature: -55°C~125°C;
3. Power Consumption: ≤35W.
Ultra-high Performance Laser Gyro
ER-RLG-120 (≤0.001°/h)
1. Bias stability: ≤0.001°/h;
2. Bias repeatability: ≤0.0003°/h;
3. Angular random walk: ≤0.00015°/√h.
Economical Signal Processing Board
ER-DSPB-3U2
1. Storage Temperature: -55°C~+125°C;
2. Power Consumption: ≤45W;
3. Heat-dissipating Method: Cooling Conduction.
High Performance Signal Processing Board
ER-DSPB-6U1
1. Work Temperature: -40°C~70°C;
2. Storage Temperature: -55°C~125°C;
3. Power Consumption: ≤60w.
Universal Signal Processing Board
ER-DSPB-6U2
1. Work Temperature: -40°C~70°C;
2. Storage Temperature: -55°C~125°C;
3. Power Consumption: ≤60W.
Low Power Consumption CPU
ER-CPU-20K
1. Master frequency: 500~800MHz;
2. Microarchitecture: Double emission out of order execution;
3. Single-core 64-bit.
.
Integrated Temperature Sensor CPU
ER-CPU-21K
1. Integrated and shared 1MB Level 2 Cache;
2. Integrated GPU;
3. Integrated display controller, supporting dual-channel DVO display.
Voltage Type Triaxial Acceleration Sensor
ER-AS-90 Fearures:
1. Accuracy: 0.01g, resolution: 0.001g;
2. Three axes (X, Y, Z) are optional;
3. Impact resistance 2000g.