The SR1000 is an innovative Elementary Stream rate allocator. Its purpose is to enhance the overall quality of a MPTS (Multi Program Transport Stream), balancing the bandwidth allocated to each encoder according to a proprietary algorithm that takes various image parameters (such as spatial complexity, motion, etc.) into account to perform that operation. The SR1000 communicates with the encoders via IP messages.
Author: Nicolas Moreau
ATEME Manager of Product Marketing
January 2012
A converging software-based transcoder tailored for Live IPTV and OTT applications
Author: Rémi Beaudouin
ATEME Director of Product Marketing
November 2011
Read more: Introducing TITAN Live
Author: Pierre Larbier
ATEME CTO
SMPTE 2011
Read more: AVC-I: Yet another intra codec for broadcast contribution?
Author : Gustavo Marra
ATEME Manager Applications Engineering
SMPTE 2011
Read more: Mobile TV services in sport arenas – a new business model for new Mobile TV services
This tutorial outlines the basics of Adaptive Streaming to deliver video content over multiple screens.

Author: Brendon Mills
ATEME Senior Advisor
June 2011
Read more: Adaptive Video Content Delivery
This paper focuses on describing the main challenges for terrestrial broadcasters concerning the distribution of 3D content in coexistence with 2D HD content in the same channel.
Author : Gustavo Marra
Manager Applications Engineering
April 2011
Read more: 3DTV and the challenges for traditional terrestrial broadcasters
This white paper deals with the revolution occurring in the content delivery industry, new ways for consuming video anytime and everywhere. This paper also addresses how this impacts live and file based workflows.

Author: Rémi Beaudouin
ATEME Director of Product Marketing
SMPTE 2010
Read more: Live/File-based workflows convergence for multi-screen delivery strategy
Transmission of 3D TV content has become a reality in 2010 with DTH services operators committing to commercial deployments. To avoid video encoders and set-top boxes modifications, high definition content is constructed by packing two views onto a single video stream. For contribution, removing information from the original views could introduce dramatic degradation to the edited and distributed 3D video.
Author: Pierre Larbier
ATEME CTO
SMPTE 2010, Conference on Stereoscopic 3D for Media & Entertainment.
Read more: 3D: How Video Compression Technology can contribute
This presentation is a brief summary pointing out the advantages of the 4:2:2 10-bit AVC/H.264 encoding, discussed at the SMPTE technical conference in Hollywood, October 2009. It gives an overall status on the AVC/H.264 4:2:2 10-bit profile, demonstrating the Empirical comparisons against 4:2:0 8-bit & 4:2:2 8-bit all through to multi generation Encoding, and closing up with production cases.

Author: Pierre Larbier
ATEME CTO
SMPTE 2009
Read more: Keeping Video Quality Pristine
This paper demonstrates the advantages of processing video in its native SDI format using AVC/H.264 4:2:2 10-bit encoding. Maintaining the encoding and decoding stages at 10 bits increases overall picture quality, even when scaled up 8-bit source video is used. 10-bit video processing improves low textured areas and significantly reduces contouring artifacts. The results presented in this paper were obtained either from ATEME current real-time HD encoders or bit-accurate software models of upcoming real-time products. Comparisons are made over a very wide range of bit-rates in order to illustrate the achieved gains within a great variety of applications.
Author: Pierre Larbier
ATEME CTO
NAB 2009
Read more: Using 10-bit AVC/H.264 Encoding with 4:2:2 for Broadcast Contribution
This paper addresses workflow and transcoding process necessary for efficient production facility.
Author : Rémi Beaudouin
On Demand Product Marketing Manager, ATEME & Mark Riley, Digital Content Specialist, BT
IPTV World forum 2008
This paper explores the need for multi format, field upgradeable encoding platform.
Author: Christophe Massiot / Television Head-End Manager - Free Telecom - TVoDSL 2008
Read more: Next Generation Intelligent Video Acquisition Solution for IPTV
This paper addresses FPGA architecture and video quality. ATEME was the first (and still unique) company to bet on a full FPGA implementation for its encoder back in 2004, allowing greater fonctions and upgrade path now for its customers.
Author : Pierre Larbier
ATEME CTO
November 2007
Read more: ATEME-Encoder architecture