5G
EMC / EMI
GPS / A-GNSS / OTA
LTE
Spirent Elevate
IMS,VoLTE及RCS測試方案
Spirent Vertex
高密度RF通道模擬器
Spirent Nomad UX
語音品質量測系統
Spirent OctoBox
無線流量測試平台
Spirent ProLAB
IMS/RCS/VoLTE測試套件
Spirent Umetrix Video (Chromatic)
影像品質量測系統
Spirent BeeHD
VoLTE/RCS終端開發平台
VIAVI OneAdvisor-800
攜帶型一體化5G基站分析儀
Alifecom NE6000
LTE-A網路仿真儀
PCTEL
NB-IoT掃頻儀解決方案
PCTEL SeeGull
無線通訊掃頻儀
PCTEL SeeHawk
無線路測分析軟體
PCTEL SeeWave
訊號干擾源查測系統
Security / 手機偵測
smallcell/O-RAN
Telecom
TSN/AVB
Type-C / HDMI / DP
WiFi/Bluetooth
車載物聯網
影音品質
智慧電能
軟體開發
網路效能資安
國防應用
Spirent Vertex 高密度RF通道模擬器
單機即可滿足 SISO 到 MIMO的所有測試變化要求
Spirent Vertex 無線通道模擬器的新世代平台可以滿足多樣化的測試需求,涵蓋支持許多無線通道模型,也包括像是SISO的基本測試、MIMO OTA多通道數的模擬和載波聚合(Carrier Aggregation)這種高通道密度的應用,同時也能支持5G未來技術的評估。
應用及測試目標:
功能特性: | |
- | Scalability: Vertex is scalable to a broad range of applications. The hardware is capable of supporting as few as two bidirectional RF channels for basic RF testing and as many as 32 unidirectional RF channels to support high channel density applications in one instrument. |
- | Modularity: Separate RF modules are optimized for unidirectional or bi-directional applications and support a variety of different frequency bands; which allows Vertex to be configured for specific test needs using minimal hardware. |
- | High channel density in a compact space: Vertex supports up to 36 RF ports and 64 digital links in one 6U rack height. It enables more efficient use of hardware for tests that require higher RF channel counts, such as sophisticated MIMO applications and next-generation 5G services. |
- | Remote programming interface (RPI): Remote programing is supported through TCP/IP. The RPI commands provide seamless backward compatibly to Spirent’s VR5 HD channel emulator. |
- | Comprehensive channel modelling support: The built-in Vertex propagation library offers a vast selection of standard channel models and makes it easy to edit and save changes to create user-defined models, both classical and geometrical. |
- | Support for IoT: Vertex supports standards-based WINNER/WINNER-II channel models to facilitate performance and co-existence testing in a variety of network environments with IoT deployments. |