Simnovus Tech Private Limited
Cost-effective UE Simulator and NW Emulator
Score (What’s this?)
Perlu Network score measures the extent of a member’s network on Perlu based on their connections, Packs, and Collab activity.
Pulse (What’s this?)
Perlu Pulse score measures how active a member is on Perlu, on a scale of 0 to 100.
Simnovus - Software Innovation to Accelerate 5G RAN Validation Simnovus is a O-Ran testing and measurement company offering software-based UE Simulator and NW Emulator to validate 4G and 5G base stations, 5G NR testing and devices. Simpler licensing model, multi-technology support, and ability to run on commercial off the shelf (COTS) hardware ensure that the customers get the least total cost of ownership. Network Emulator - The tool recreates an entire 4G & 5G network on COTS hardware. Supporting both NSA and SA mode, 100MHz channel bandwidth, and support of all global FDD & TDD bands, you can verify the device under all possible configurations in the lab. UE simulator - It can simulate hundreds of 4G and 5G subscribers with complex traffic models. With the support of VoNR and several other application traffic, it’s the perfect tool for the base station validation. For more information, visit our website simnovus.com today. 5G RAN testing, Software based UE simulator
The power control mechanism has adopted two methods in order to compensate for losses that occur during transmission i.e open loop and closed loop. Open Loop Power Control is the capability of the UE transmitter to set its uplink transmit power to a specified value suitable for the receiver. Using α = 1 leads to conventional open loop power control while 0 < α < 1 leads to fractional open loop power control. Closed-Loop Power Control is the capability of the UE to adjust the uplink transmit power in accordance with the feedback given by the network (eNodeB or gNodeB) to the UE.
Some consumers will access the digital content according to a preset schedule by opting for broadcast TV, while others will opt for over the top (OTT) services to access the content at their own pace and convenience. At the same time, the consumers can access video content in full HD and enjoy 4K streaming through popular OTT platforms by leveraging the ultra-fast speed and ultra-low latency delivered by 5G. Hence, 5G is all set to transform OTT and broadcasting by creating new and innovative options to consume digital content. 7 Ways 5G will Transform OTT and Broadcasting in the Near Future Bridge the Gap between OTT and Broadcasting 5G is expected to increase the demand for OTT service and decrease the popularity of broadcast TV. Many enterprises will explore ways to integrate broadcasting TV and OTT platforms to enable subscribers to access their choice of digital content at their own convenience.
We are identifying some of the biggest 5G network deployment challenges that telecom companies must address to speed up 5G network deployment. The telecom operators need to validate key components of a 5G networks elaborately to deliver optimal network experience. Also, the telecom operators need to test all aspects of the 5G networks due to the integration of multi-vendor software and hardware components. The leading telecom companies build 5G networks based on existing 4G networks to curtail upfront infrastructural cost.
The Open Radio Access Network (OpenRAN) enables companies to design, implement, and customize 5G networks by integrating vendor-neutral hardware and open software and interfaces. In May, 31 telecom firms, technology companies, and chip-manufacturers formed and announced an alliance – Open RAN Policy Coalition – to promote adoption of interoperable and open wireless technologies including 5G. At present, Open RAN Policy Coalition members include leading tech companies like Microsoft, Google, Facebook, IBM, and Amazon Web Services (AWS), leading telecom firms like Verizon, AT&T, Vodafone, and Reliance Jio, and chip manufacturers like Intel, Samsung, and Qualcomm. The Open RAN Policy Coalition is formed by telecom carriers, chip-making companies, and technology companies with the aim to keep key components of 5G networks – hardware, software, and radios – open, standardized, and interoperable.