Product Application
Kete’s business markets are primarily focused on the broadcast, telecommunications, cellular, wireless communications infrastructure, medical electronics, defense, anti-jamming, aerospace, and satellite communications etc markets.
Please see the specific content and technical application examples of each application field below:
Please see the specific content and technical application examples of each application field below:
Content: Transmission of audio and video content via radio waves or satellite signals to public receiving devices.
Application examples: Digital television (DVB) : high-definition signal transmission, terrestrial digital broadcasting.
FM/AM (Frequency modulation /AM) : Radio program distribution.
Satellite radio: such as Sirius XM satellite radio, which covers remote areas.
Live streaming: Internet Protocol Television (IPTV), real-time video distribution.
Application examples: Digital television (DVB) : high-definition signal transmission, terrestrial digital broadcasting.
FM/AM (Frequency modulation /AM) : Radio program distribution.
Satellite radio: such as Sirius XM satellite radio, which covers remote areas.
Live streaming: Internet Protocol Television (IPTV), real-time video distribution.
Content: Long-distance information transmission, including voice, data and multimedia.
Application example: Optical fiber communication: submarine cable, metropolitan area network backbone transmission.
Fixed telephone network: PSTN (Public Switched Telephone Network).
Microwave relay: signal relay transmission in mountainous or remote areas.
VoIP technology: Internet-based voice calls (such as Skype).
Application example: Optical fiber communication: submarine cable, metropolitan area network backbone transmission.
Fixed telephone network: PSTN (Public Switched Telephone Network).
Microwave relay: signal relay transmission in mountainous or remote areas.
VoIP technology: Internet-based voice calls (such as Skype).
Content: Mobile communication network, supporting mobile phones and other mobile devices networking.
Application example: Macro base station and micro base station: 4G/5G network coverage, improve capacity and speed.
Core network devices: MME (mobile Management Entity), gateway.
Small Cells: high density areas such as shopping malls and stadiums are covered.
Internet of Things (NB-IoT/eMTC) : Low-power wide-area iot connectivity.
Application example: Macro base station and micro base station: 4G/5G network coverage, improve capacity and speed.
Core network devices: MME (mobile Management Entity), gateway.
Small Cells: high density areas such as shopping malls and stadiums are covered.
Internet of Things (NB-IoT/eMTC) : Low-power wide-area iot connectivity.
Content: Hardware and systems that support wireless network operation.
Application example: Base station antenna array: Massive MIMO technology to improve spectral efficiency.
Backhaul network: microwave, fiber optic connection base station and core network.
Wi-Fi hotspots: 802.11ax (Wi-Fi 6) deployments in public places.
Network management software: Monitor and optimize network performance in real time.
Application example: Base station antenna array: Massive MIMO technology to improve spectral efficiency.
Backhaul network: microwave, fiber optic connection base station and core network.
Wi-Fi hotspots: 802.11ax (Wi-Fi 6) deployments in public places.
Network management software: Monitor and optimize network performance in real time.
Content: Electronic systems and communication modules in medical devices.
Application example: Medical imaging equipment: high-speed data transmission of MRI and CT machines.
Remote monitoring: ECG monitor uploads data via Bluetooth /Wi-Fi.
Surgical robot: real-time HD video transmission with low latency control.
Wearable devices: blood glucose meter and heart rate band synchronize data with mobile phone/cloud.
Application example: Medical imaging equipment: high-speed data transmission of MRI and CT machines.
Remote monitoring: ECG monitor uploads data via Bluetooth /Wi-Fi.
Surgical robot: real-time HD video transmission with low latency control.
Wearable devices: blood glucose meter and heart rate band synchronize data with mobile phone/cloud.
Content: Communications, reconnaissance and command systems for military use.
Application example: Tactical communication system: military encrypted radio (such as SDR software-defined radio).
Radar system: Phased array radar detects targets.
Unmanned aerial Vehicle (UAV) communications: real-time HD video feed back and remote control.
Satellite Military communications: The MILSTAR satellite network provides secure communications worldwide.
Application example: Tactical communication system: military encrypted radio (such as SDR software-defined radio).
Radar system: Phased array radar detects targets.
Unmanned aerial Vehicle (UAV) communications: real-time HD video feed back and remote control.
Satellite Military communications: The MILSTAR satellite network provides secure communications worldwide.
Content: Technology to prevent communication signals from being interfered with or blocked.
Application example: Frequency hopping technology (FHSS) : military radio fast switching frequency to avoid interference.
Spread spectrum technology (DSSS) : GPS signal interference.
Adaptive filtering: dynamically identify and filter out interference sources.
Directional antenna: beamforming technology focuses signal direction.
Application example: Frequency hopping technology (FHSS) : military radio fast switching frequency to avoid interference.
Spread spectrum technology (DSSS) : GPS signal interference.
Adaptive filtering: dynamically identify and filter out interference sources.
Directional antenna: beamforming technology focuses signal direction.
Content: Communication and navigation systems for aircraft and spacecraft.
Application example: Aircraft cockpit communication: VHF aviation radio to contact the tower.
Black Box (FDR/CVR) : flight data and voice recorder.
Satellite Navigation (GNSS) : GPS/ Beidou for route planning.
Spacecraft telemetry: Data transmission between Mars rover and Earth.
Application example: Aircraft cockpit communication: VHF aviation radio to contact the tower.
Black Box (FDR/CVR) : flight data and voice recorder.
Satellite Navigation (GNSS) : GPS/ Beidou for route planning.
Spacecraft telemetry: Data transmission between Mars rover and Earth.
Content: The use of artificial satellites to achieve global communications.
Application examples: Synchronous satellite (GEO) : television broadcasting, international telephone.
Low-orbit Satellite Constellation (LEO) : Starlink provides global Internet access.
VSAT Terminal: Satellite networking for businesses or ships in remote areas.
Meteorological satellite: real-time transmission of meteorological data for forecast analysis.
Application examples: Synchronous satellite (GEO) : television broadcasting, international telephone.
Low-orbit Satellite Constellation (LEO) : Starlink provides global Internet access.
VSAT Terminal: Satellite networking for businesses or ships in remote areas.
Meteorological satellite: real-time transmission of meteorological data for forecast analysis.
Content: Control and communication systems in industrial automation.
Application example: PLC (Programmable logic Controller) : automatic control of production line.
SCADA system: Remote monitoring of pipeline or power grid status.
Industrial Ethernet: Profinet, EtherCAT protocol to achieve device interconnection.
Sensor network: Factory environment temperature and humidity/vibration monitoring.
Application example: PLC (Programmable logic Controller) : automatic control of production line.
SCADA system: Remote monitoring of pipeline or power grid status.
Industrial Ethernet: Profinet, EtherCAT protocol to achieve device interconnection.
Sensor network: Factory environment temperature and humidity/vibration monitoring.
Content: Data Center and cloud infrastructure.
Application example: Cloud computing platform: AWS/Azure virtual server cluster.
High Performance Computing (HPC) : Super computing centers for climate simulation or genetic analysis.
Edge Computing node: 5G MEC (Multi-access Edge Computing) reduces latency.
Storage server: A distributed storage system (such as Ceph) manages massive data.
Application example: Cloud computing platform: AWS/Azure virtual server cluster.
High Performance Computing (HPC) : Super computing centers for climate simulation or genetic analysis.
Edge Computing node: 5G MEC (Multi-access Edge Computing) reduces latency.
Storage server: A distributed storage system (such as Ceph) manages massive data.
Content: Vehicle electronic system and communication technology.
Networking of Vehicles (V2X) : Vehicles communicate with traffic lights and other vehicles.
Automatic driving sensors: LiDAR, camera data real-time processing and transmission.
In-vehicle infotainment (IVI) : 5G in-vehicle hotspots, OTA software updates.
ADAS systems: Emergency braking and lane keeping rely on high-speed data buses (such as CAN FD).
Networking of Vehicles (V2X) : Vehicles communicate with traffic lights and other vehicles.
Automatic driving sensors: LiDAR, camera data real-time processing and transmission.
In-vehicle infotainment (IVI) : 5G in-vehicle hotspots, OTA software updates.
ADAS systems: Emergency braking and lane keeping rely on high-speed data buses (such as CAN FD).