Components
Imagine Communications extends functionality of Selenio One unified transcoding platform to OTT
MUMBAI: Imagine Communications, empowering the media and entertainment industry through transformative innovation, today introduced a high-density adaptive bitrate (ABR) transcoding product built on Selenio One™, the company’s software-defined linear transcoding platform. Selenio One is designed to deliver new levels of performance, flexibility and cost efficiency to broadcasters, network operators and video service providers (VSPs). The latest addition to the Selenio One family, which will be previewed at IBC2016, is purpose built to enable media companies to generate new revenue and maximise the efficiency of their networks by expanding the number of high video quality ABR and linear channels they can deliver over existing infrastructures.
Today’s VSPs, including cable operators, telecommunications companies and satellite TV providers, are struggling to cost-effectively keep pace with requirements to deliver high-quality video to an increasing diversity of Internet-connected devices. By leveraging state-of-the-art standard computing resources powered by high-performance transcoding software from Imagine Communications, the newest product in the Selenio One family provides VSPs with the ability to expand the channel-carrying capacity of their video delivery networks on demand while enabling service providers to reduce costs by moving all compression operations to a common, software-based platform.
“The high-density transcoding instantiation of Selenio One was designed to relieve a particularly acute pain point for today’s content distributors, who have been steadily increasing the cost and complexity of their networks to accommodate shifting video consumption patterns,” said Brick Eksten, Chief Product Officer, Imagine Communications. “Selenio One redefines the operational environment for transcoding, offering cloud-like control of mixed services with the ability to define and redefine those services on the fly. Combining centralised control with dynamic service provisioning allows the operator to be more fluid in operations while providing the ability to create new services on demand.”
This new addition to the Selenio One platform supports HEVC/H.265 and AVC/H.264 encoding in both ABR and linear transcoding formats at extremely high densities, enabling VSPs and other media companies to realise significant space and power savings. The first release of the product is capable of supporting up to 180 HD ABR or 360 HD linear channels per 4-RU server, establishing new cost-per-channel benchmarks for high quality video transcoding. Source formats supported in the first release are MPEG-2 or H.264 and HEVC/H.265 or H.264 on the output.
Well suited for high-density terrestrial, satellite and primary distribution transcoding with ABR transcoding for over-the-top (OTT) multiscreen applications, the latest product in the Selenio One family provides a single system for any VSP looking to launch more channels, move from MPEG-2 to H.264, add HEVC/H.265, or address a multiservice lineup with linear transcode and OTT/ABR delivery.
Imagine Communications introduced the Selenio One platform earlier this year at the 2016 NAB Show. The initial product release focused on high video quality H.264/MPEG-2 transcoding using PCIe video acceleration with integrated software multiplexing and processing. Selenio One’s software-based architecture enables service providers to customise the functionality of the platform through the selection of video processing engines. This approach ensures consistency across all compression operations through a common architecture and control system.
All products built on the Selenio One are powered by Zenium™, a next-generation software framework that also underpins several additional solutions from Imagine Communications. Zenium utilizes a Micro Services approach to implementation and deployment that enables cloud-native component technologies to be easily distributed across multiple platforms. Zenium-powered platforms, including Selenio One, are designed to seamlessly integrate new technology as it becomes available and adapt to multiple deployment scenarios, from appliance to datacenter to cloud.
The latest Selenio One product provides unprecedented flexibility, allowing commercial off-the-shelf (COTS) platforms to be optimised for software-only and GPU-accelerated encoding, as well as enhancing the specialised video processing and acceleration capabilities of modern processors with field-proven intellectual property from Imagine Communications.
The first release of the high-density transcoding Selenio One includes the following features:
• Support for up to 180 HD ABR and 360 HD linear channels per 4.3RU server
• HEVC/H.265 and H.264 support
• GPU-powered transcoding with Imagine’s enhanced video quality
• Selenio One Media Manager system for redundancy and network management
• Linux-based and distributed software architecture
The latest release of the Selenio One platform is also a critical product within Imagine’s CloudXtream™ multiscreen solutions. The new product is tightly integrated with Telurio™ Packager to support a broad selection of packaging formats and DRM technologies. It also supports the insertion of ads and alternative content as part of the CloudXtream dynamic ad insertion solution.
Selenio One has been shortlisted in the Playout & Delivery Systems category as a “Finalist for the IABM Design & Innovation Awards 2016.” Category winners will be announced on September 10th.
For a demonstration of the Selenio One platform, please visit Imagine Communications at IBC2016 (Amtrium, Stand 4.A01). For more information about Imagine Communications, please visit www.imaginecommunications.com.
SEOUL: In the eternal battle between gamers demanding lightning-fast refresh rates and professionals craving pixel-perfect clarity, LG Display reckons it has found détente. The South Korean display titan is unveiling the world’s first 27-inch 4K OLED monitor panel that marries an RGB stripe structure with a blistering 240Hz refresh rate—a combination previously thought incompatible, like oil and water or fashion and function.
The breakthrough lies in how the pixels are arranged. RGB stripe structure lines up red, green and blue subpixels in neat rows, banishing the colour bleeding and fringing that plague lesser screens when you park your nose close to the display. It is the difference between reading crisp text and squinting at a rainbow-tinged mess. OLED panels using this method existed before, but they topped out at a sluggish 60Hz—fine for spreadsheets, useless for fragging opponents in first-person shooters.
LG Display’s engineering wizardry changes the game. By cranking the refresh rate to 240Hz whilst maintaining that pristine RGB stripe layout, the company has produced a panel that works equally well for colour-critical design work and twitchy gaming sessions. Better still, the panel incorporates Dynamic Frequency & Resolution technology, letting users toggle between ultra-high-definition at 240Hz and full-HD at a frankly ludicrous 480Hz. That is fast enough to make your eyeballs sweat.
The specs are suitably impressive: 160 pixels per inch for exceptional detail, optimised performance for Windows and font-rendering engines, and colour accuracy that should please the Photoshop brigade. LG Display achieved this by boosting the aperture ratio—the percentage of each pixel that actually emits light—and applying what it coyly describes as “various new technologies.” Translation: years of R&D and probably some sleepless nights.
Existing high-end gaming OLED monitors have relied on RGWB structures (which add a white subpixel) or triangular RGB arrangements. Both work, but neither delivers the sharpness that professionals demand. LG Display’s new stripe pattern is tailored specifically for monitor use, a recognition that staring at a screen from two feet away demands different engineering than watching telly from across the room.
The company is betting big on this technology, targeting the high-end monitor market where it already commands roughly 30 per cent of global OLED panel production. Among gaming OLED panels in mass production, LG Display claims world-leading specs across refresh rate, response time and resolution—a trifecta that sounds like marketing bluster until you check the numbers.
“Technology is the foundation of leadership in the rapidly growing OLED monitor market,” says LG Display head of the large display business unit Lee Hyun-woo. He promises to keep pushing “differentiated technologies compared to competitors”—corporate-speak for staying ahead of Chinese rivals snapping at LG’s heels.
The new panel will debut at CES 2026 in Las Vegas, where LG Display plans to woo customers and expand its lineup. Initial rollout targets high-end gaming and professional monitors, the sweet spot where people actually pay premiums for superior screens rather than settling for whatever came with their laptop.
Whether this technology reshapes the monitor market or remains a niche luxury depends on two things: pricing and production scale. But for now, LG Display has pulled off something rare—a genuine technical leap that solves a real problem. Gamers get their speed, designers get their clarity, and LG gets bragging rights. In the cutthroat world of display tech, that counts as a win.
