Agilent Technologies has added support for key 4G technologies, such as adaptive modulation and coding (AMC) and coordinated multi-point (CoMP), to its EEsof EDA W1918 LTE-Advanced baseband verification library.
The new modelling and simulation capability enables wireless system architects to model sophisticated dynamic behaviours and realistic performance at cell edges according to the physical layer (PHY) specifications of 3GPP releases 10 and 11. This accelerates the design and verification process for 4G chipsets and infrastructure, enabling faster deployment.
The newly supported 4G technologies enable wireless infrastructure to tailor signals in marginal coverage areas to a particular mobile phone, using adaptive and cooperative techniques that go beyond simple 1:1 interaction between the transmitter and receiver.
This dynamic behaviour makes validation of the PHY algorithms, RF components and link-level throughput progressively more difficult in R&D – both in EDA simulations as well as test equipment – because negotiation and interaction are often required. That is, a complete working system is required to verify baseband algorithms, RF components and throughput under realistic conditions, making this process problematic in early R&D, prior to final hardware integration and test.
The SystemVue simulation environment, Agilent’s premier platform for electronic system-level design, is able to reproduce these conditions in R&D with the help of the W1918 LTE-Advanced library.
3,75 GHz RF inductor RF Design
Passive Components
The ceramic chip wire wound inductor from Coilcraft features a DC resistance of 1 O, a DC current of 175 mA, and a self-resonant frequency of 3,75 GHz.
Read more...IoT in a Box RF Design
Telecoms, Datacoms, Wireless, IoT
RAKwireless and Datacake have collaborated on a solution called ‘Real IoT in a Box’ to address the complexities of deploying IoT solutions, particularly when it comes to LoRaWAN.
Read more...Direction-finding antenna board RF Design
Telecoms, Datacoms, Wireless, IoT
u-blox’s ANT-B11 Bluetooth 5.1 direction-finding antenna board is a compact Bluetooth Low-Energy angle-of-arrival antenna and sensor board combined.
Read more...DC to 40 GHz termination RF Design
Enclosures, Racks, Cabinets & Panel Products
The TS400HM from Inmet by Spectrum Control is a 50 O termination that operates from DC to 40 GHz, and can handle an average input power of 1 W.
Read more...Multi-band satellite modules RF Design
Telecoms, Datacoms, Wireless, IoT
The UBX-R52/S52 Series from u-blox are Multi-band LTE-M/NB-IoT/Satellite Modules that operate in 3GPP cellular bands from 450 MHz to 2,46 GHz and 1,5 to 1,7 GHz for satellite connectivity.
Read more...IO Ninja debugging tool RF Design
News
Tibbo has released a major update to IO Ninja, its versatile communications debugging tool for Windows, Linux, and macOS.
Read more...5G RedCap and its current environment RF Design
Telecoms, Datacoms, Wireless, IoT
5G RedCap is expected to be a key driver of the transition from 4G to 5G technology for many IoT applications.
Read more...Altium provides free training
Design Automation
There is no longer any excuse not to master Altium Designer with the company now offering both advanced instructor-led three-day training and an on-demand video series.
Read more...2 GHz RF amplifier RF Design
Telecoms, Datacoms, Wireless, IoT
The GRF9461 from Guerrilla RF is an RF gain block that operates from 40 MHz to 2,0 GHz and provides a gain of 19,8 dB with a noise figure of 1,8 dB.
Read more...All-new NarrowBand-Internet of Things platform RF Design
Telecoms, Datacoms, Wireless, IoT
Cavli’s C42GM is an LTE CAT M/NB1/NB2 compatible IoT-Smart Module that comes with an integrated eSIM (MMF2) provision resulting in its globe roaming capability.
printer friendly version