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Publish » Linear Signal Distribution » Distribution & Re-distribution » Encoding and multiplexing for distribution and re-distribution »

The Aperi Uncompressed SDI over IP (S22-567) App is an FPGA-based application designed for our microserver platform, and is available from the Aperi App Store. Offering up to four-channel bidirectional SDI encapsulator and decapsulator for SD, HD, and 3G SMPTE compliant video signals, it automatically detects any valid source on each input for processing. The app aggregates the IP encapsulated signals into 10 GbE interfaces, with supported FEC capability. FEC packets are added at the RTP layer of each encapsulated IP flow. Inverse functions are applied to all channels, with a PDV buffer on each to absorb network jitter. Uncompressed flows are duplicated at the 10 GbE outputs of the encapsulator, enabling the use of diverse routing. Each decapsulator can receive duplicate flows on separate physical interfaces, which are temporally aligned prior to packet validation and selection. These features provide a hitless switching capability. Our uncompressed SDI to IP network adaptor app provides unparalleled performance in transporting SDI signals over an Ethernet network. Additional use cases, such as replacing an SDI router with an Ethernet switch in an SDI plant. The versatility of transporting SDI via Ethernet lends the app to numerous present uses cases, along with uses in larger Ethernet networks in the future.

An integrated web server is included with the app, which is automatically detected and can be easily accessed via the chassis management port and viewed in any modern internet browser. The UI is built above an open, highly accessible RESTful API that provides numerous monitoring and configuration parameters. It's designed to adhere to the standard cloud model and comply with evolving industry standards for device discovery and registration. It easily integrates under any orchestration platform.

• Detection of 4 bi-directional channels of SDI video compliant with SMPTE 259M, SMPTE 292M and SMPTE 424M.


• SDI jitter management per SMPTE RP184YCrCb 4:2:2, 8-bit or 10-bit, and 4:2:0, 8-bit code streams.


• Per-channel encapsulation and de-encapsulation into/from RTP/UDP/IP packets per SMPTE 2022-6.


• Per-channel protection via FEC in compliant with SMPTE 2022-5.


• Dual presentation of packets via two separate physical interfaces for optimum hitless protection in compliance with SMPTE 2022-7.


• Dual path IGMP V2 and V3 Multicast with fast leave.


• PDV buffer for network jitter, configurable up to 200ms.


• Network over-subscription policing on all SDI inputs.


• RESTful HTTP open media API, automatically discoverable, exposing all primitives.


• Intuitive, automatically discoverable user interface via integrated web server.

Publish » Linear Signal Distribution » Distribution & Re-distribution » Encoding and multiplexing for distribution and re-distribution »

The Aperi ‘ASI Transport Stream to IP Network Adapter App’ is an FPGA based app that has been designed to run on Aperi’s SDMP microserver. The app can be downloaded to an SDMP from an app store. An Aperi license is needed to create an entitlement to run the app. The app consists of a 4 channel uni-directional transport stream encapsulator and a 4 channel uni-directional de-encapsulator for ASI video signals compliant with DVB and ISO/IEC MPEG-2 transport stream standards. The encapsulation process is compliant with SMPTE 2022-2. The Encapsulator app will automatically detect any valid 188 byte or 204 byte ASI video input on each channel for processing. The Encapsulator app aggregates IP encapsulated MPEG-2 single or multi-program transport streams into a 10GbE interface and also provides a duplicate 10GbE signal for protection purposes. The inverse functions are applied to all receive channels and a PDV buffer is included on each receive channel to absorb network jitter. FEC can be added to each of the 4 IP flows created at the encapsulator which is compliant with SMPTE 2022-1 and the two flows received at the de-encapsulator can be temporally aligned, validated and selected to provide a SMPTE 2022-7 capability. The ASI outputs are presented in packet mode as defined in the DVB-ASI specification. The app can be used in application where it is necessary to connect a standards compliant ASI signal to an Ethernet network or vice-versa. This could be at the ASI output of any Encoder that uses MPEG-2 transport streams. The app is also ideal for transporting ASI singles from over an Ethernet network as a service in a contribution or distribution broadcast network. The user interface is built above an Open RESTful API that exposes all monitoring and configuration parameters. The API has been designed to adhere to the standard cloud model and to enable compliance with the evolving industry standards for device registration and discovery. The API can also be accessed by higher level management systems to allow integration within a single network control platform.

Technical Information

• Detection of 4 uni-directional channels of ASI compliant with EN 50083-9 carrying single or multi-program transport streams.


• Extracts 188 byte or 204 byte transport streams from ASI inputs.


• Encapsulation and de-encapsulation into RTP/UDP/IP packets per SMPTE 2022-2.


• FEC protection compliant with SMPTE 2022-1.


• Dual presentation of packets via two separate physical interfaces for optimum per-channel hitless protection in compliance with SMPTE 2022-7.


• Dual path IGMP V2 and V3 Multicast with fast leave.


• De-encapsulator PDV buffer for network jitter, configurable up to 200ms. - ASI transport stream outputs linearized in packet mode.


• RESTFUL HTTP open media API, automatically discoverable, exposing all primitives.


• Intuitive, automatically discoverable user interface via integrated web server.

Publish » Linear Signal Distribution » Distribution & Re-distribution » Encoding and multiplexing for distribution and re-distribution »

The Aperi H.264 App offers a unidirectional H.264 encoder/decoder supporting up to 2 channels of SD-SDI, HD-SDI, and 3G-SDI SMPTE compliant video signals. Each channel operates completely independent of the other, with support for video sources running in different formats and at different frame rates. The encoder automatically detects any valid video input on each channel and packetizes each H.264 compressed video signal into an elementary stream multiplexed with MPEG-1 Audio Layer II audio compression and ancillary data elementary streams to create an MPEG-2 compliant transport stream. This transport stream is encapsulated in a SMPTE 2022-2 compliant IP flow and aggregated into 10GbE interfaces on the microserver edge connector. The decoder receives an IP flow for processing, which removes the SMPTE 2022 encapsulation and converts the signal into a transport stream (TS). The stream is separated into video, audio, and ancillary elementary streams which are synchronized via a traffic clock that is closely matched to the encoder. The elementary video data is then decoded, producing an uncompressed video signal. The management interface is accessible via an open RESTful API in addition to an intuitive graphical user interface via integrated web server to configure and monitor the app directly through the API.

Technical Information

• Detection of two unidirectional channels of SDI video compliant with SMPTE 259, SMPTE 292/274, and SMPTE 424/274.


• H.264 transport stream mapping compliant with IEC 13818-1. ▪ YCrCb 4:2:2, 8-bit or 10-bit, and 4:2:0, 8-bit code streams.


• Compressed ES rates of up to 150Mbps (I-frame only) and down to 5Mbps for IP frame GOP.


• Per-channel encapsulation and de-encapsulation into RTP/UDP/IP packets per SMPTE 2022-2.


• FEC insertion as per SMPTE 2022-1. ▪ Transparent transfer of ancillary data per video in accordance with SMPTE 2038 and TR-01.


• Configurable to Baseline, Main, High, High 10, and High 4:2:2 H.264 profiles.


• Ultra-low latency, configurable to less than 1ms.


• Configurable GOP structure.


• Automatic Dolby E audio pass-through.


• MPEG-1 Audio Layer II audio compression up to 384 Kbps.


• Dual presentation of packets via two separate physical interfaces for optimum per-channel hitless protection in compliance with SMPTE 2022-7.


• Dual path IGMP V2 and V3 Multicast with fast leave.


• Decoder PDV buffer for network jitter, configurable up to 200ms.


• Decoders with and without B-frame Decoding available.


• RESTful HTTP open media API, automatically discoverable, exposing all primitives.


• Intuitive, automatically discoverable user interface via integrated web server.

Publish » Linear Signal Distribution » Distribution & Re-distribution » Encoding and multiplexing for distribution and re-distribution »

The Aperi JPEG 2000 (“J2K”) Encoder and Decoder Apps are FPGA-based applications designed for Aperi's microserver platform, and are available from the Aperi App Store. These apps enable up to a four-channel unidirectional J2K encoder along with up to a four-channel J2K decoder for SD, HD, and up to two channels of 3G SMPTE compliant video signals. The encoder automatically detects any valid video input on each channel, and packetizes each J2K compressed video signal into an elementary stream multiplexed with audio and data elementary streams to create an MPEG-2 compliant transport stream. This transport stream is encapsulated in a SMPTE 2022-2 compliant IP flow, and aggregates them into 10 GbE interfaces on the microserver edge connector. Each J2K compressed IP flow is duplicated at the 10 GbE outputs of the encoder to enable diverse routing. The J2K decoder includes the capability to receive duplicate flows on separate, temporally aligned physical interfaces prior to packet validation & selection. This process provides the hitless switching capability for the apps. The J2K apps are ideal for scenarios requiring preserved picture quality in a compressed format. It delivers visually lossless (and mathematically lossless for some content) reconstruction at higher elementary stream rates. The UI is built above an open, highly accessible RESTful API that provides numerous monitoring and configuration parameters. It's designed to adhere to the standard cloud model and comply with evolving industry standards for device discovery and registration. It seamlessly integrates under any orchestration platform.

Technical Information

• Detection of 4 unidirectional channels of SDI video compliant with SMPTE 259M, SMPTE 292M or SMPTE 424M.


• JPEG 2000 mapping compliant with TR-01.


• YCrCb 4:2:2, 10 bit, J2K ISO/IEC 15444-1 code stream.


• Compressed ES rates of up to 460Mbps for HD-SDI.


• Per-channel encapsulation and de-encapsulation into RTP/UDP/IP packets per SMPTE 2022-2.


• Selectable two or four AES uncompressed audio per video in accordance with SMPTE 302 and TR-01.


• Transparent transfer of ancillary data per video in accordance with SMPTE 2038 and TR-01.


• Dual presentation of packets via two separate physical interfaces for optimum per-channel hitless protection in compliance with SMPTE 2022-7.


• Dual path IGMP V2 and V3 Multicast with fast leave.


• PDV buffer for network jitter, configurable up to 200ms.


• RESTFUL HTTP open media API, automatically discoverable, exposing all primitives.


• Intuitive, automatically discoverable user interface via integrated web server.

Publish » Linear Signal Distribution » Distribution & Re-distribution » Encoding and multiplexing for distribution and re-distribution »

Aquila Broadcast from MediaKind offers a broadcasting solution to minimise costs, maintain quality up to UHD HDR services whilst enabling broadcasters to transform their workflow to an all-IP architecture.

Solution values

• Class leading picture quality
  
  
  
  • Offers 10% year-on-year gain in video quality giving subscribers and viewers a more immersive experience annually.
  
  
  
  


• Flexible deployment
  
  
  
  • Deployable as an appliance or software only, either on-premises or in the cloud ensuring any system implementation fits with all current architectures.
  
  
  
  


• Supporting an all IP workflow
  
  
  
  • Supports the latest IP standards, including SMPTE 2022 and SMPTE ST 2110 enabling a simplified and more cost efficient solution implementation.
  
  
  
  


• Converged broadcast & OTT solution
  
  
  
  • When combined with the Aquila Streaming solution, Aquila Broadcast provides a cost efficient broadcast and streaming platform.
  
  
  
  

Publish » Linear Signal Distribution » Distribution & Re-distribution » Encoding and multiplexing for distribution and re-distribution »

Aperi’s TICO Encoder and Decoder are FPGA-based applications designed for Aperi’s microserver platform and are available from the Aperi App Store.

The TICO Encoder and Decoder app enables a 4K UHD channel that provides virtually lossless quality. The 4K UHD signal is received as four 3G feeds and employs the TICO mezzanine compression to create a codestream that is packetized and encapsulated per SMPTE RDD35, conforming to SMPTE 2110/VSF TR-03 standards. It’s formatted as a quad-link 2SI.

Audio data is de-embedded from the first channel, and mapped into IP with either AES67 or RFC-3190. Ancillary data is encapsulated into IP with the SMPTE 2038 specification.

In the 3G quad link SDI mode, up to four bidirectional channels can simultaneously process all de-embedding, compression, and encapsulation, effectively bypassing the quad-link formatter, and processing independently. SMPTE 2022-7 RTP replication and merging is used for network protection.

Extensive flexibility and precise configuration options make Aperi’s TICO encoder and decoder ideal for a variety of scenarios. It effectively can encode and decode 4K UHD with near mathematically lossless 4K and 3G SDI quality, all at extremely low-latencies.

Technical Information

Supported Formats

• 4K UHD Quad-Link 3G-SDI per ST 425-5 with one simultaneous encoding or decoding channel.


• 4x 3G-SDI with up to four simultaneous encoding or decoding channels. Compression


• Offers TICO Encode (Profile 2) and TICO Decode (Profile 1 & 2).


• Visually lossless at 4:1 CBR, and virtually mathematically lossless at 2:1 CBR. RTP Encapsulation


• Video encapsulated according to SMPTE RDD35.


• Audio encapsulated according to AES67.


• Ancillary data encapsulated according to SMPTE 2038. Timing and Synchronization.


• SMPTE 2059-2 PTP (Precision Time Protocol) used when available.


• High quality reference if PTP isn’t available.

Networking

• RTP replication and hitless merging according to SMPTE 2022-7.


• Dual path IGMP v2 and IGMP v3.


• Multicast with fast leave.


• PDV buffer for network jitter, configurable up to 200ms.

User Interface

• Open RESTful HTTP HAL & JSON open media API


• Automatically discoverable, highly intuitive interface offering extensive monitoring and configuration

Publish » Linear Signal Distribution » Distribution & Re-distribution » Encoding and multiplexing for distribution and re-distribution »

Aquila Streaming provides broadcast quality video encoding capabilities alongside the latest packaging formats for delivery to OTT, or converged broadcast applications. Aquila Streaming also creates new revenue streams with digital ad-insertion and enables managing the headend lifecycle by leveraging cloud-native applications. The solution is available as an appliance, software (which can be deployed on reference or dedicated hardware), private or public cloud, or as a MediaKind delivered service.

Solution value

• Push video quality higher by leveraging MediaKind’s Encoding Live award winning technology to deliver the highest video quality and guaranteed performance across multiple codecs (MPEG-2, H.264 & HEVC)


• Enable a better consumer experience with support for a wide variety of devices by leveraging MediaKind’s packaging technology with support for all major segment and manifest formats (HLS, SS, DASH, CMAF)


• Faster time to market by utilizing a single solution to address all networks and all infrastructures (Appliances, IT datacenter & private and public clouds)


• Reduce operational complexity using a single point of entry for all media services and servers’ operations.


• Optimize OPEX and CAPEX when migrating to full IP leveraging the latest IT & cloud technologies (containers & orchestration) to significantly reduce infrastructure costs.


• Highly Available with a variety of redundancy and recovery schemes thus ensuring maximum uptime and minimizing servicing costs leading to reduced consumer churn and maintaining important revenue streams


• Aquila Streaming can be combined with Aquila Broadcast enabling a fully converged Broadcast and OTT headend

Aquila Streaming delivered as a Service

This type of solution deployment enables some further key additional benefits:

• Faster time to market for media content


• Peace of mind from proven integration with ecosystem partners to offer a full turn-key solution


• Significant cost efficiencies from the reduction of locally deployed equipment procurement or management needed since the solution leverages public cloud infrastructure


• Reduced in-house operational requirements and lifecycle management cost implications as these are handled by MediaKind


• Applications supported for 24/7 live channels, occasional use/events, and additional use cases such as disaster recovery for on premises headends

Publish » Linear Signal Distribution » Distribution & Re-distribution » Encoding and multiplexing for distribution and re-distribution »

Cygnus Distribution is a new generation solution for primary distribution applications from MediaKind. Whether it is the professional distribution of live events such as sports matches, or the distribution of 24/7 channels, Cygnus Distribution enables this to be delivered securely, reliably and in high quality whether that be via satellite, or IP network, or a combination of both networks.

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Limelight Multi-device Media Delivery (MMD) Live is a powerful cloud-based feature for transcoding live video streams into multiple bitrates, and on-the-fly transmuxing into different formats, enabling a live event to be recorded for later playback. MMD Live reduces workflow complexity while meeting the demands of audiences for the highest quality video viewing experience on their choice of devices. This functionality allows users to stream live events to smart TVs, desktops, mobile screens, and set-top-boxes. MMD Live is integrated with the global Limelight Orchestrate Platform to deliver broadcast-quality live video to connected devices.

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The Limelight Multi-device Media Delivery (MMD) On-Demand (OD) solution is a powerful cloud-based set of video delivery services for automatically converting video content into different formats, which reduces workflow complexity and storage costs, while meeting the demands of device diversity. MMD OD is integrated with Limelight’s global Orchestrate Platform to deliver broadcast-quality video to all connected devices worldwide.

Publish » Linear Signal Distribution » Distribution & Re-distribution » Encoding and multiplexing for distribution and re-distribution »

"The NVS-40 is a multi-channel video encoder, streaming unit, and recording station. This single piece of equipment ensures that you can send out multiple streams to different destinations in a variety of bitrates. NVS-40 can also record on a hard drive, so your production is safe in all cases. NVS-40 supports recording directly to the hard disk in master quality. Recording is also fully customizable with different GOP structures, frame rate and bit rate set up.

 

NVS-40 uses cutting edge encoding to ensure the signal to arrive in superior quality. The encoder can downscale and de-interlace each incoming signal to meet the destination specifications. Each incoming signal is dual-encoded. This means that each signal can be distributed in two bitrates. This gives the user an enormous amount of freedom and flexibility. NVS-40 can be used with all major streaming platforms and social media channels, such as YouTube Live, Facebook, Twitch, UStream, Akamai, Wowza, Adobe Media Server and Datavideo’s own DVS-200 server.

 

The NVS-40 offers extensive customization options. Each input channel has its own color correction options to customize brightness, contrast and saturation. Setting up NVS-40 is easily done with a very simple browser menu. This way, NVS-40 is accessible from any device on the network.

 

Going live on the internet is mandatory for any video producer at the moment. NVS-40 gives you all the features and capacity to produce the way you like without giving up reliability. It can replace multiple streaming encoders and recorders. NVS-40 is a cost-effective solution for any video producer that needs to deliver his or her production to multiple servers at the same time."