Validate 5G RAN
Bringing a software mindset to validation
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With Simnovus, you get superior value as our software runs on COTS and SDR enabling you to deploy multiple test beds. You do not have to spend millions on expensive Capex.
COTS is Intel X86, Gen3 PCIe. The platform supports broad frequency ranges and can support 4x4 MIMO.
With Simnovus, you get predictable budgeting as you can take advantage of subscription licensing. New software, including 3GPP updates are delivered at no cost while subscriptions are active.
With Simnovus, all your test beds are full featured and consistent as our software is all-inclusive. No more feature gaps across test beds.
Our UE simulator completely eliminates the need to write scripts as the scripts are auto generated. Just setup your validation scenarios in our powerful and flexible Web-based UI and it generates the automation scripts.
With Simnovus, you are automation ready on Day 1 as our UE simulator ships with a set of pre-packaged automation libraries. All you have to do is simply integrate Simnovus into your automation framework.
5G RAN designs are dramatically more open and as a result are harder than ever to troubleshoot. Our UE simulator makes it easy to isolate the data needed to debug faster.
With Simnovus, you get extensive statistics and correlation across protocol layers. You also get dynamic log levels which are automatically adjusted based on user-defined triggers.
You can filter data like IQ samples and export it to be analyzed with third party tools
Our packaged test library makse it easy for new users to ramp-up very quickly. We include tests with various technologies and methodologies including functional, scale, hand-over and channel models.
We also include a library of automated scripts so you can be 100% automation ready Day 1.
Setup multiple traffic profiles, various radio models, mobility paths, velocities to create a Real World scenario for RAN validation. Create various subscriber groups with handover and fading models.
And scale to hundreds of UEs. Do-it-all with the same software.
We have already worked with several 5G innovator worldwide.
Our product is now deployed in several CI/CD pipelines.
Our superior value enables parallel test beds to accelerate validation
Our flexible subscriptions allow broad coverage without millions in Capex
Our packaged tests and workflow makes it easy for quickly ramping up
Our packaged scripts means you can automate out-of-the-box
Simulates up to 1000 UEs on an x86 platform
Both NSA and SA config with R15 features
Supports all global FDD and TDD bands for 4G and 5G
Verifies 5G throughput with wider channel bandwidths
Simulates all UE categories (5G, Nb-IoT, Cat-M and LTE)
Tests link adaptation by varying channel conditions
5G, NB-IoT(NB1, NB2), Cat-M1, LTE(0-13)
5G (up to 256) LTE (up to 1K), Nb-IoT (up to 4K)
5G (up to 2)
4G (up to 5)
Non-Standalone Mode & Standalone Mode
FR1 (70 MHz to 6.0 GHz)
up to 100MHz
15, 30, 60 KHz
SISO, MIMO (2x2, 4x4)
5G - 2CC, LTE - 3CC
QPSK, 16 QAM, 64 QAM and 256 QAM
AWGN, 3GPP Channel Models
UL Power Control, PHR, TPC
All layers (L1, L2 and L3), SIP
VoLTE, VoNR, FTP, PING
Fixed payload UDP traffic, non-IP data
Simnovus supplies COTS server and SDR card at nominal cost. Massive UE simulation is possible on it. This makes it easier for our customers as we carefully validate the performance of the hardware.
No. Our all-inclusive license allows you to configure any LTE or NR band possible within the Frequency Range 1 (FR1) including any custom band.
Yes. The 5G test equipment supports all the bands within FR1 for both 4G and 5G. 100 MHz channel bandwidth is supported with the SDR card.
Currently no. We are working towards this and expect to have a solution before end of 2021.
Yes. Our all-inclusive license enables both.
Technical support for the first year is included in the all-inclusive subscription. Technical support is provided through online sessions, phone calls, and emails. If required, we work with our customers to arrange on-site visits where feasible.
Our advanced RMA policy means that any faulty hardware component (COTS server or SDR cards) will be replaced with new hardware and faulty ones will be taken back. This is applicable only to the systems under active maintenance.