Category: Networking


How MIPS virtualization for gateways brings business benefits to operators. The “Internet of Things” promises to make everyone’s lives simpler and easier. However, the abundance of IoT devices now being introduced to our homes is already beginning to become unmanageable. IoT devices are often accompanied by an IoT hub – essentially a small gateway, whose sole purpose is to act … Continued

Read More

As 4G (LTE Advanced, LTE Advanced Pro along with LTE Classic) continues to penetrate and replace legacy networks, there seems to be an urgency to demonstrate a version of 5G at the 2018 Winter Olympics in Pyeongchang and an enhanced version at the 2020 Summer Olympics in Tokyo. The mobile operators will be busy preparing for a roll-out of trial 5G … Continued

Read More

There is an ever-increasing demand for more functionality and complexity to be added to wireless access points. To address these requirements, systems designers must rely on hardware implemented features like dedicated programmable classification, hardware-based queuing and QoS with inter-layer optimization; these provide superior performance versus software-based implementations and also provide tight latency bounds in serving low power clients. In this … Continued

Read More

Policy frameworks usually can vary broadly from one system vendor to the next, from a no-rules approach to performing deep packet inspection-based classification. However, all policies need to be based on Mobility policies per user ID Applications like SIP, H.323, Skype, MSN Messenger AP and station location Port’s subnet SSID of the wireless network It is also essential that the … Continued

Read More

The data bandwidth requirements of Wi-Fi devices have been increasing tenfold every five years while the number of Wi-Fi devices inside the home is doubling every year. This means the data processing requirement of wireless access points is growing at a compounded rate. With the advent of devices with 802.11ac connectivity, the trend is expected to continue at a much … Continued

Read More

In an article published a few months ago, I gave an overview of the new Ensigma Series5 RPUs and talked about the support we offer for customers targeting various global or regional video broadcast standards. In this blog post, I would like to describe how Ensigma RPUs also support for radio broadcast standards. There are many flavors to audio broadcast … Continued

Read More

When we originally introduced the Ensigma Series4 RPU family, we mainly focused on the support for different connectivity standards such as Wi-Fi and Bluetooth. However, there were also several mentions of the Ensigma’s capability to support broadcast TV and radio standards. In this two part article, I would like to reveal some details about a next generation broadcast TV standard … Continued

Read More

With the Wi-Fi Alliance launch of the second generation of the 802.11ac certification program, the Wi-Fi industry has taken another huge step forward in increasing the speed of Wi-Fi – and more importantly a big step in improving the efficiency of Wi-Fi networks. When it was officially approved in 2014, the IEEE 802.11ac standard introduced a number of features that … Continued

Read More

Since their release, the Ensigma Series4 family of Radio Processing Units (RPUs) has been the powerhouse for high-performance connectivity standards such as 802.11ac 2×2 and 802.11n 4×4 as well as many TV and radio broadcast standards supported by Imagination. Multiple customers have licensed these RPUs to integrate more (or all) high-performance connectivity on-chip; examples include S2-Tek, Toshiba, Elvees, Rockchip, and … Continued

Read More