사업영역
BUSINESS
WeGoes, headquartered in Bundang, Korea, has a long experience of the electronics industry in Korea.
With a local presence in Korea, you will be able to reach out to companies, from start-ups to global majors, in various markets like wireless communications, semiconductor, cellular, military, automotive, and consumer products.
We make sure to provide our customers with a total solution, while bringing their products first to the market.
Chipset for Base Station | IoT Modules | L1/L2/L3 layer SW | 1588 Timing sync | S/W LTE BS, UE
TI: LTE Smallcell chipset
Commagility: L1/L2/L3 SW
AmariSoft: S/W LTE BS,UE
Qulsar : 1588 Timing Sync
Quortus: EPC
Mentor Graphics: CPRI/JESD Tester
Albedo: Network Simulator
Effnet: ROHC Solution
4G/5G Base Station
Award-winning, worldleading developer of embedded signal processing and RF modules, and LTE PHY/stack software, for 4G and 5G mobile network and related applications. CommAgility designs the latest DSP, FPGA and RF technologies into compact, powerful, and reliable products, and combine them with our industry-leading LTE software. CommAgility has vast experience in LTE, especially around adapting the standards for novel application areas.
4G/5G Mobile Communication
A unique full software LTE solution capable to operate as a standalone system or as an integrated component in a larger network deployment. It includes eNodeB, EPC, eMBMS gateway and IMS server running on generic x86 hardware, natively ready for virtualized environments. It is available as a pure software package to integrate with your own hardware/product or as an out of the box solution ready to be used. It is an ideal solution to support functional and performance testing of LTE eNodeB and core network. Acting as a 3GPP compliant LTE UE, it can simulate hundreds of UEs sharing the same spectrum.
4G/5G Test Equipment
X-Step provides various test solutions that greatly enhance the testing of Radio Base Station systems and system components. On the diagram below, click on your area of interest to learn more about our solutions for different phases of the product development. X-STEP™ is a test system that covers all design phases from early R&D to field installations. With X-STEP™, ecosystem partners can exchange authentic traffic information and views of the standards and specifications in an executable format. This leaves no room for interpretation, and all partners can be sure to base their development and verification on identical requirements. Potential conflicts are detected well in advance, preventing them from disturbing system integration. Interoperability becomes the key aspect in the way that individual products are designed and verified.
Private Network | 3D Flash LiDAR | IoT Modules | Secure Network BS
PLNetworks: IoT modules
ASC3D: 3D LiDAR Camera
Octasic: Private Network
Prophesee: Metavition / Machine Vision
3D Flash LiDAR
3D Flash LIDAR cameras operate and appear very much like 2D digital cameras. 3D focal plane arrays have rows and columns of pixels, also similar to 2D digital cameras but with the additional capability of having the 3D “depth” and intensity. Each pixel records the time the camera’s laser flash pulse takes to travel into the scene and bounce back to the camera’s focal plane (sensor). A short duration, large area light source (the pulsed laser) illuminates the objects in front of the focal plane as the laser photons are “back scattered” towards the camera receiver by the objects in front of the camera lens. This photonic energy is collected by the array of smart pixels, where each pixel samples the incoming photon stream and “images” depth (3D) and location (2D), as well as reflective intensity. Each pixel has independent triggers and counters to record the time-of-flight of the laser light pulse to the object(s). The physical range of the objects in front of the camera is calculated and a 3D point cloud frame is generated at video rates (currently possible up to 60 frames/second).
Search & Rescue
- We provides Search and Rescue Application
- Search for and locate people who are in distress or imminent danger
- Locate via cellular phones
- Specific persons or all in vicinity
- Active method (not just passive listen)
- Precise Location determination
- Integrated Hardware platforms
- HandHeld, BackPack, Vehicular and Drone solutions
Managed access Solution
- Managing up to “12 cells” simultaneously.
- RF synchronization across all cells and to the carrier network (Necessary for TD-LTE)
- Any cell can be used as a private network for communication among authorized users
- X86 based host for easy application development
- Easy to use GUI for MAS
- 19 inch rack mount based
- Can be used for vehicular needs
- External PA options for different bands
- Roadmap to Support geofencing
ADAS Solution | 3D Flash LiDAR | Metavision for Machine
ASC3D: 3D Flash LiDAR Cameras
Prophesee: Metavition / Machine Vision
Ensilica: ADAS Solution
3D Flash LiDAR
The world’s leader in 3D Flash LIDAR cameras. ASC designed the Peregrine family of 3D Flash LIDAR Video Cameras as lightweight, low power 3D video cameras that output range (point cloud) and intensity in real-time for use in a wide range of applications ranging from aerial mapping to active safety to surveillance. Peregrines are used by automotive companies to evaluate 3D Flash LIDAR cameras for their active safety and autonomous applications such as collision avoidance and lane departure warning systems.
Specifications
- Size: Front Face, 5cm x 7.6cm; Depth with lens (short) and fan, 14.95cm
- Pixels: 128 x 32
- Power: 24 watts to start; less than 13 watts continuous
- Weight: <680gs without cables or lens
- Mounting: Front face flange or via ¼ x 20 camera mount under front face flange
- Thermal path: Fan
Metavision for Machines
A machine vision systems open new potential in areas such as autonomous vehicles, industrial automation, IoT, security and surveillance, and AR/ VR. One early application was in medical devices that restore vision to the blind. Prophesee’s technology is fundamentally different from the traditional image sensors – it introduces a paradigm shift in computer vision: event-based vision.
With Onboard, give Prophesee’s Metavision to your applications for unrivaled performance in:
- AREA MONITORING
- HIGH-SPEED COUNTING
- REAL-TIME INSPECTION
- HIGH FREQUENCY VIBRATION MEASUREMENT
NOR Flash | IoT Module & S/W | WiFi Module | RISC-V Processor | Multi Processor Debugger
GigaDevice: IoT Healthcare and home IoT gateway
FineMEMS: MEMS Sensor
Prophesee: Metavition / Machine Vision
UltraSOC: RISC core debugger/BUS Monitor
Ensilica: RISC Core
Flash Memory
We currently distribute a wide range of SPI NOR Flash, SPI NAND Flash, and MCU for use in embedded, consumer, and mobile communications applications. GigaDevice operates a manufacturing model based on strong relationships with: foundry, assembly, and test subcontractor partners. GigaDevice believes this well-defined fabless manufacturing model provides us with a competitive advantage over the conventional fabrication-based Integrated Device Manufacturers because the capital equipment expenditure to maintain advanced memory process technologies is beyond the market return of many IC memory market segments. The consistent investment in advanced equipment by our foundry partners and their rapid growth in 12” wafer capacity are key factors in our success over our competitors.
MEMS Pressure Sensor
A high-tech enterprise founded by a group of technical experts who have come back from overseas in the fields of integrated circuits, MEMS (Micro-electro-mechanical-systems), packaging, automotive electronics, etc.
FineMEMS focuses on automotive electronics, industrial electronics, medical electronics, and consumer electronics, providing chips, MEMS sensor modules / systems, testing instruments, and ODM / OEM services. MEMS pressure sensors and TPMS (Tire Pressure Monitoring System) have been adopted by several famous automotive manufacturers in China. At the same time, FineMEMS is entering into medical electronics and consumer electronics industries due to our unique low cost ASIC and plastic packaging technology.
Multi Processor Debugger
Their flagship product line is a suite of semiconductor IP that puts an intelligent analytics infrastructure into the core hardware of an SoC. This provides intimate visibility of the real-world behavior of entire systems. The ultimate benefits include robustness against malicious intrusions; enhanced product safety; reduced system power consumption; and overall better performance – with fine-tuning of end products even after they are deployed in the field. These capabilities address applications in a broad range of market sectors, from automotive and IoT products, to at-scale computing and communications infrastructure.
Our products are used by leading names including HiSilicon (Huawei), Imagination Technologies, Movidius (now Intel) and PMC-Sierra (now Microsemi) to bring these proven hardware-embedded benefits to their customers. Our partners include Andes, ARM, Baysand, Cadence/Tensilica, CEVA, Codasip, Lauterbach, MIPS, NetSpeed, Percepio, Roa Logic, SiFive, Syntacore and Teledyne LeCroy.
Chipset for Base Station | IoT Modules | L1/L2/L3 layer SW | 1588 Timing sync | S/W LTE BS, UE
TI: LTE Smallcell chipset
Commagility: L1/L2/L3 SW
AmariSoft: S/W LTE BS,UE
Trimble: GPS Timing Sync
Qulsar : 1588 Timing Sync
Quortus: EPC
Mentor Graphics: CPRI/JESD Tester
Albedo: Network Simulator
Effnet: ROHC Solution
4G/5G Base Station
Award-winning, worldleading developer of embedded signal processing and RF modules, and LTE PHY/stack software, for 4G and 5G mobile network and related applications. CommAgility designs the latest DSP, FPGA and RF technologies into compact, powerful, and reliable products, and combine them with our industry-leading LTE software. CommAgility has vast experience in LTE, especially around adapting the standards for novel application areas.
4G/5G Mobile Communication
A unique full software LTE solution capable to operate as a standalone system or as an integrated component in a larger network deployment. It includes eNodeB, EPC, eMBMS gateway and IMS server running on generic x86 hardware, natively ready for virtualized environments. It is available as a pure software package to integrate with your own hardware/product or as an out of the box solution ready to be used. It is an ideal solution to support functional and performance testing of LTE eNodeB and core network. Acting as a 3GPP compliant LTE UE, it can simulate hundreds of UEs sharing the same spectrum.
4G/5G Test Equipment
X-Step provides various test solutions that greatly enhance the testing of Radio Base Station systems and system components. On the diagram below, click on your area of interest to learn more about our solutions for different phases of the product development. X-STEP™ is a test system that covers all design phases from early R&D to field installations. With X-STEP™, ecosystem partners can exchange authentic traffic information and views of the standards and specifications in an executable format. This leaves no room for interpretation, and all partners can be sure to base their development and verification on identical requirements. Potential conflicts are detected well in advance, preventing them from disturbing system integration. Interoperability becomes the key aspect in the way that individual products are designed and verified.
Private Network | 3D LiDAR | IoT Modules | Secure Network BS
PLNetworks: IoT modules
SC3D: 3D LiDAR Camera
Octasic: Private Network
Prophesee: Metavition / Machine Vision
3D LiDAR
3D Flash LIDAR cameras operate and appear very much like 2D digital cameras. 3D focal plane arrays have rows and columns of pixels, also similar to 2D digital cameras but with the additional capability of having the 3D “depth” and intensity. Each pixel records the time the camera’s laser flash pulse takes to travel into the scene and bounce back to the camera’s focal plane (sensor). A short duration, large area light source (the pulsed laser) illuminates the objects in front of the focal plane as the laser photons are “back scattered” towards the camera receiver by the objects in front of the camera lens. This photonic energy is collected by the array of smart pixels, where each pixel samples the incoming photon stream and “images” depth (3D) and location (2D), as well as reflective intensity. Each pixel has independent triggers and counters to record the time-of-flight of the laser light pulse to the object(s). The physical range of the objects in front of the camera is calculated and a 3D point cloud frame is generated at video rates (currently possible up to 60 frames/second).
Search & Rescue
- We provides Search and Rescue Application
- Search for and locate people who are in distress or imminent danger
- Locate via cellular phones
- Specific persons or all in vicinity
- Active method (not just passive listen)
- Precise Location determination
- Integrated Hardware platforms
- HandHeld, BackPack, Vehicular and Drone solutions
Managed access Solution
- Managing up to “12 cells” simultaneously.
- RF synchronization across all cells and to the carrier network (Necessary for TD-LTE)
- Any cell can be used as a private network for communication among authorized users
- X86 based host for easy application development
- Easy to use GUI for MAS
- 19 inch rack mount based
- Can be used for vehicular needs
- External PA options for different bands
- Roadmap to Support geofencing
ADAS Solution | 3D LiDAR | Metavision for Machine
ASC3D: 3D Flash LiDAR Cameras
Prophesee: Metavition / Machine Vision
Ensilica: ADAS Solution
3D LiDAR
The world’s leader in 3D Flash LIDAR cameras. ASC designed the Peregrine family of 3D Flash LIDAR Video Cameras as lightweight, low power 3D video cameras that output range (point cloud) and intensity in real-time for use in a wide range of applications ranging from aerial mapping to active safety to surveillance. Peregrines are used by automotive companies to evaluate 3D Flash LIDAR cameras for their active safety and autonomous applications such as collision avoidance and lane departure warning systems.
- Specifications
- Size: Front Face, 5cm x 7.6cm; Depth with lens (short) and fan, 14.95cm
- Pixels: 128 x 32
- Power: 24 watts to start; less than 13 watts continuous
- Weight: <680gs without cables or lens
- Mounting: Front face flange or via ¼ x 20 camera mount under front face flange
- Thermal path: Fan
Metavision for Machines
A machine vision systems open new potential in areas such as autonomous vehicles, industrial automation, IoT, security and surveillance, and AR/ VR. One early application was in medical devices that restore vision to the blind. Prophesee’s technology is fundamentally different from the traditional image sensors – it introduces a paradigm shift in computer vision: event-based vision.
With Onboard, give Prophesee’s Metavision to your applications for unrivaled performance in:
- AREA MONITORING
- HIGH-SPEED COUNTING
- REAL-TIME INSPECTION
- HIGH FREQUENCY VIBRATION MEASUREMENT
NOR Flash | IoT Module & S/W | WiFi Module | RISC-V Processor | Multi Processor Debugger
GigaDevice: IoT Healthcare and home IoT gateway
FineMEMS: MEMS Sensor
Prophesee: Metavition / Machine Vision
UltraSOC: RISC core debugger/BUS Monitor
Ensilica: RISC Core
Flash Memory
We currently distribute a wide range of SPI NOR Flash, SPI NAND Flash, and MCU for use in embedded, consumer, and mobile communications applications. GigaDevice operates a manufacturing model based on strong relationships with: foundry, assembly, and test subcontractor partners. GigaDevice believes this well-defined fabless manufacturing model provides us with a competitive advantage over the conventional fabrication-based Integrated Device Manufacturers because the capital equipment expenditure to maintain advanced memory process technologies is beyond the market return of many IC memory market segments. The consistent investment in advanced equipment by our foundry partners and their rapid growth in 12” wafer capacity are key factors in our success over our competitors.
MEMS Pressure Sensor
A high-tech enterprise founded by a group of technical experts who have come back from overseas in the fields of integrated circuits, MEMS (Micro-electro-mechanical-systems), packaging, automotive electronics, etc.
FineMEMS focuses on automotive electronics, industrial electronics, medical electronics, and consumer electronics, providing chips, MEMS sensor modules / systems, testing instruments, and ODM / OEM services. MEMS pressure sensors and TPMS (Tire Pressure Monitoring System) have been adopted by several famous automotive manufacturers in China. At the same time, FineMEMS is entering into medical electronics and consumer electronics industries due to our unique low cost ASIC and plastic packaging technology.
Multi Processor Debugger
Their flagship product line is a suite of semiconductor IP that puts an intelligent analytics infrastructure into the core hardware of an SoC. This provides intimate visibility of the real-world behavior of entire systems. The ultimate benefits include robustness against malicious intrusions; enhanced product safety; reduced system power consumption; and overall better performance – with fine-tuning of end products even after they are deployed in the field. These capabilities address applications in a broad range of market sectors, from automotive and IoT products, to at-scale computing and communications infrastructure.
Our products are used by leading names including HiSilicon (Huawei), Imagination Technologies, Movidius (now Intel) and PMC-Sierra (now Microsemi) to bring these proven hardware-embedded benefits to their customers. Our partners include Andes, ARM, Baysand, Cadence/Tensilica, CEVA, Codasip, Lauterbach, MIPS, NetSpeed, Percepio, Roa Logic, SiFive, Syntacore and Teledyne LeCroy.
