Connect » Real-Time Signal Transfer » Video Interfacing & Conversion » Modular interfacing and signal processing »

The Aperi A1105 1RU Switch/Compute platform comprises of 10/40 GbE, industry-leading wire-speed switching silicon and five accelerated, pluggable microservers providing unequaled density and integration of low-latency switching and high performance computing.

The consolidation of Ethernet switching fabric and microserver compute elements enables the lowest rack density and power efficiency possible while ensuring optimal reliability for service aggregation in an architecture that scales perfectly for data center and network access low-latency service applications. Depending on applications the microserver hardware acceleration can achieve multiples of compute over traditional x86 processing at a fraction of the consumed power resulting in tens of rack units of servers, associated cabling and switching collapsing into a 1RU A1105. The 10/40GbE switch executes all standard and high performance L2/L3 protocols through the Broadcom Fastpath networking software. The A1105 is Open Flow capable. Integrated network clock synchronization is achieved using PTPv2 or externally fed sync. The A1105 10 Gigabit Ethernet Switch offers 6 ports of 10/100/1000BASE-T with 8 ports of wire-speed 10 Gigabit Ethernet via SFP+ cages and 2 ports of 40 Gigabit Ethernet via QSFP cages. Exceptional reliability and serviceability are ensured with dual redundant hot-swappable AC or DC power supplies and hot-swappable redundant fans featuring front to back airflow.

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.

Support » Monitoring, Control & Communications » Video Monitoring » Multiviewer display processors »

The Aperi IP Multiviewer App (“Multiviewer”) is an FPGA-based application designed to run on an Aperi microserver and is available from the Aperi App Store.

Multiviewer receives IP video input from three sources: on the leftmost “SFP 1” 10 GbE front panel port, and on the two 10 GbE back plane Ethernet ports. The two 10 GbE backplane Ethernet ports support up to six SMPTE 2022-6 (uncompressed) feeds per port (12 total). The front input supports up to six SMPTE 2022-6 (uncompressed) feeds via the Aperi Uncompressed over IP App.

Multiviewer output is split into a 16 tile HD-SDI for display, forming a 4x4 mosaic which is outputted via HD-SDI on the rightmost front panel “SFP 4” port. Each tile can be labeled to show its multicast address, as well as incorporating dynamically definable and static text.

Each input includes an analyzer, which detects for frozen picture, blank screen, or audio loss from any particular source. If an error is detected, the UI will indicate an issue with that particular tile via the alarm system. This alarm system is available via a common interface, and is exposed in the Multiviewer API.

Technical Information

• Supports up to six SMPTE 2022-6 IP video inputs from the 10 GbE SFP 1 port on an Aperi Microserver.


• Supports up to six SMPTE 2022-6 IP video inputs from each of the 10 GbE backplane Ethernet ports (6 + 6) on the Aperi A1105 Chassis.


• 16-tile 4x4 mosaic display of all video sources, outputted via HD-SDI on SFP 4.


• Support for quick-switching any stream from the 16x16 mosaic into full screen display.


• Full labeling support for each tile, displaying multicast address or user-definable text.


• Detection of frozen picture, blank screen, and audio loss via a common alarm interface.


• Graphical user interface available via HTTPS, accessible via any modern web browser.


• Built upon a RESTful API according to industry best practices, along with full API documentation accessible directly via the Multiviewer UI.


• Included Multiviewer User Guide PDF document packaged with the app, and available directly from the UI.

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 »

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.

Connect » Real-Time Signal Transfer » Intra-Facility Connectivity » Video-over-internet »

Aperi's Network Address Translation & Firewall app (“NAT app”) is an FPGA-based application designed for the microserver platform, and is available from the Aperi
App Store. Providing seamless inbound and outbound re-routing of RTP streams within your network infrastructure, NAT app also includes RTP stream health monitoring, which will automatically shut down streams that deviate from a specified policy. Stream replication allows for two distinct output streams with independent IP addresses, ports, and VLANs. Failover can merge multiple source streams, selecting the highest quality single stream and automatically switching to a perfect replication should the
original stream degrade in quality or deviate from policy. The supports the SMPTE 2022 standard for transporting both compressed (2022-2) and uncompressed (2022-6) media flows via IP. NAT app provides an open bandwidth budget across the 10 GbE interfaces, and can route varying numbers of compressed (2022-2) streams depending on size, and up to 6 uncompressed (2022-6) streams per SFP port. It also provides support for the SMPTE 2110 standard, and can route video (2110-20), audio (2110-30), and ancillary data (2110-40) flows independently through networks. NAT app provides an open bandwidth budget across the 10 GbE interfaces, and can route up to 64 independent media flows per port. It offers stream duplication for media flows via SFP, and A/B failover for flows outputting through SFPs.

Technical Information
Firewall
 4-layer inspection for basic ACL:
 Ethernet: mac.dst, mac.src, vlan, vlanid
 IP: ip.dst, ip.src
 UDP: udp.dst, udp.src
 RTP: rtp.src
 Additional inspection of RTP payloads for ACL
 Ensure 2022-2 payloads conform to transport stream structure and have correct packet count
 Ensure 2022-6 payloads include RTP header extension, SDI types in headers match configured values, and detect if frame size of encapsulated SDI matches configured value
 Ensure presence of RFC4175 payload header and indicated frame size matches configured values; ensure encapsulated raster video frame size matches configured value
Address Translation
 4-layer packet header rewrite enforces complete re-addressing of every packet before egress
 All unicast/multicast mappings are supported
 For multicast flows, flood, IGMPv2 and v3 are supported
Monitoring and Stats
 Ingress statistics include:
 Ethernet: Frames received, FCS errors, packet rate, and total average bandwidth
 Firewall-overall & firewall-per-flow counts total packets dropped, accepted, average speed and bandwidth
 RTP flow shows RTP type (and payload header if applicable), sequence number, transport stream checking, and PDV/inter packet arrival time
 For 2022-2, shows TS packets per payload, TS lock, TS rate, and payload alignment
 For 2022-6, shows SDI type indicated by payload header versus one detected by line/sample counting, and SDI TRS lock and errors
 For RFC4175, shows video raster type indicated by payload header versus type detected by line/sample counting
 Egress statistics show total packet count, packet speed, and average rate per flow and for Ethernet
Hitless Merge
 Configurable PDV buffer depth
 Creates a new regenerated hitless transport with new addressing
 Counts total number of recovered and unrecoverable packets, along with the differential delay between input flows

Produce » Real-Time Production » Video Production » Real-time production video servers »

The SDMP-4S or Software Defined Media Platform is a modular microserver designed to run software applications (apps) that require intense computational processing power and very low latency. Although the SDMP has a system architecture that has similarities to conventional servers, it uses state-of-the-art technology that provides the processing capabilities needed in apps such as live television production, financial trading and deep machine learning. Multiple apps can be staged on a microserver simultaneously enabling extensive adaptability for the platform. The microserver is based on the data concept of ‘single unit of deployment’ to run all apps. The apps can be downloaded as containerized bit files from an app store or repository and then run from memory in the low latency recomposable processor (FPGA). Physical access to the SDMP is accommodated via four SFP+/video SFP (small form factor pluggable) cages on the front panel of the microserver and two 10GbE parallel interface card edge connections at the rear. The microserver operates in the Aperi A1105 Ethernet Switch/Compute Platform (see A1105 data sheet). The A1105 platform can house up to five microservers and each microserver interfaces to ports on the Ethernet Switch in the A1105 via the two 10GbE ports on the microserver edge connector. This topology enables the seamless deployment of clusters of Ethernet connected microservers in a truly elastic architecture. The microserver has its own Linux based Aperi operating system. This OS has an associated ‘infrastructure API’ which is independent of the Open APIs that are integrated within each app that runs on the microserver. The microserver API assists with the orchestration and deployment of apps onto a microserver from an app repository.

Any app running on the microserver has as an integrated web server with an automatically discoverable intuitive user interface. The web server is accessed via the management port of the platform in which the microserver running the app is populated. Comprehensive information related to the microserver hardware on which the app is running is also accessible via this UI.

• Chassis - Populatse Aperi A1105 1RU Ethernet Switch/Compute Platform
• Module Form Factor - Industry standard telecommunications form factor defined by PICMG specifications
• Data Plane Processor - Xilinx FPGA with 2.5GBytes of DDR3–1.6GHz (also available with a quad core FPGA)
• Control Plane Processor - Processor with quad core using full Linux operating System
• App Staging on Microserver - Includes 16GBytes of flash memory to enable many different apps and app versions and instantaneously switch between them
• Networking - Dual 10GbE connections via card edge IEEE802.3 (also available in with dual 40GbE connections via card edge)
• Synchronization - Dual reference timing input for GPS, 1PPS or application layer (video) clock. IEEE 1588 capable.
• Application Layer Physical Interface - 4 x small form factor pluggable (SFP/SFP+) cages for any standards compliant modules
• Application Programming Interface - Open RESTFUL API using standard cloud model
• Graphical User Interface - Integrated web server with intuitive UI via HTTPS for all apps including microserver hardware status and authentication and authorization for security
• App Store - Apps can be managed and downloaded from an ‘app
store’ or app repository and run using an Aperi app license
• Applications - The microserver is ideal for low latency and intense computational processing applications including live
production, financial trading and image processing

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 »

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.

Support » Monitoring, Control & Communications » System Monitoring & Control » Network management, monitoring and orchestration »

V-Stack is the next-generation cloud management software developed by Aperi for managing the A1105 platform. V-Stack offers powerful tools to manage your chassis, SDMP microservers, and all of your apps.

As a single point of view for chassis management, V-Stack manages all of the microservers, Aperi Apps logistics, and provides dynamic information about the operation of a chassis. With V-Stack, Aperi SDMP microservers are automatically configured for use and kept track of within the software. Aperi Apps can be easily imported via V-Stack from the Aperi App Store, and then launched directly to installed microservers with just a few clicks.

V-Stack also offers an intuitive web-based user interface that adheres to standard design principles, along with a documented REST API for developers to automate their chassis management.

Support » Monitoring, Control & Communications » System Monitoring & Control » Broadcast system control SW and HW »

The DataMiner® NMS/OSS platform manages absolutely every aspect of your entire operational ecosystem, both on-premises and off-premises. That includes standard & legacy technology, commodity & industry-specific hardware and software, and much more. Our award-winning solution guarantees a true end-to-end integration in every single case, across any vendor and technology boundary, from service origin to destination.

DataMiner is the most advanced end-to-end multi-vendor NMS, OSS and orchestration software solutions for the broadcast, satellite, cable, telco and mobile industry. The platform offers a plethora of functions including unlimited web access, alarm monitoring, email and SMS notification, long-term trending, professional reporting, advanced automation, intelligent correlation and root cause analysis, service management, real-time SLA monitoring, user-definable key performance indicator dashboards, spectrum monitoring, mobile access, powerful CPE management, inventory and asset management, and much more. One interface to manage your entire operational ecosystem, across any vendor and technology boundaries, results in a significant reduction of operational expenses and increased quality of service. This award-winning solution is integrated with more than 5500 devices and systems from more than 600 different key industry suppliers. It enables end-to-end integration of the most complex technical ecosystems and has been deployed by leading operators around the world.

More info: www.skyline.be / www.dataminer.co

Support » Monitoring, Control & Communications » System Monitoring & Control » Network management, monitoring and orchestration »

Enable Agile and Orchestrated Services

Enhance business and operational agility across traditional and virtualized networks, modernizing your OSS with an open, multi-domain, service fulfillment, and cross-layer orchestration solution.

Support » Monitoring, Control & Communications » System Monitoring & Control » Broadcast system control SW and HW »

Capacity Management Center (CMC), manned by a team of highly trained engineers, provides dedicated 24/7 support to all the customers on Es’hailSat satellites. CMC has incorporated the latest and most advanced automated monitoring and control systems to carry out monitoring of services on the satellites in RF, baseband and transport stream levels. Additional layer of visual monitoring enables quick action to identify and resolve any potential issue on the fly and maintain the agreed SLA for the satellite services.

Support » Secure » Access »

The broadcast landscape is transforming. The influx of content, the growing audiences, and the rising consumer demands are driving the need for flexible and efficient delivery networks.

NOVELSAT FUSION, a new take on processing and delivering today’s media, innovates to provide the best experience to any device, anywhere, anytime.

NOVELSAT FUSION is a powerful end-to-end live linear platform for broadcast and broadband content connectivity and delivery. Expanding flexibility and scalability, FUSION delivers optimal video processing, delivery, and security solutions by technology innovation across the media network. Facilitating holistic delivery across broadcast and broadband platforms, FUSION addresses a wide range of use cases and deployment scenarios.

Support » Monitoring, Control & Communications » System Monitoring & Control » Network management, monitoring and orchestration »

V-Stack is the next-generation cloud management software developed by Aperi for managing the A1105 platform. V-Stack offers powerful tools to manage your chassis, SDMP microservers, and all of your apps.

As a single point of view for chassis management, V-Stack manages all of the microservers, Aperi Apps logistics, and provides dynamic information about the operation of a chassis. With V-Stack, Aperi SDMP microservers are automatically configured for use and kept track of within the software. Aperi Apps can be easily imported via V-Stack from the Aperi App Store, and then launched directly to installed microservers with just a few clicks.

V-Stack also offers an intuitive web-based user interface that adheres to standard design principles, along with a documented REST API for developers to automate their chassis management.

Support » Monitoring, Control & Communications » System Monitoring & Control » Network management, monitoring and orchestration »

Monitoring the system from metrics to insight
 Dimensional data
 Cluster (Hive core) status
 Cluster performance
 Tasks status
 Services status
 Database transactions
 File statistics
 Storage usage
 Windows server status
 Great visualization
 Simple Operation
 Precise Alerting
 Mail notification
 Infinite Expansibility
 Easy log collection

Support » Monitoring, Control & Communications » System Monitoring & Control » Broadcast system control SW and HW »



 

Comprehensive Systems Integration Support:

Early Stage Consulting

Vendor RFI and RFP Support

Budgeting and Detailed Project Planning

Vendor Selection and Solution Design

System Integration and Test Planning

End-to-End Platform Testing

Operations Transition and Training

Support » Monitoring, Control & Communications » System Monitoring & Control » Network management, monitoring and orchestration »

Elecard Boro is a multifunctional solution to monitor UDP, RTP, HTTP and HLS streams and measure a spectrum of QoS and QoE parameters with signaling on issues. A flexible software architecture concept allows integration with an already existing fault management system or creating your optimal monitoring solution tailored to your needs.

Support » Secure » Access »

The Blackmagic Design HyperDeck Studio HD Pro is an updated 1 RU file-based deck that features the same functionality and control of professional tape decks in a digital design. This model updates the previous HyperDeck Studio models with several features including 6G-SDI support, two added SD card slots, USB Type-C recording output, timecode input and output, Ref input and output, a redesigned jog/shuttle wheel, Gigabit Ethernet, and a speaker on the front.

The Studio HD Pro records uncompressed video with 10-bit 4:2:2 color using either ProRes or DNxHD codecs, as well as the H.264 compression format. With two SSD slots and two SD card slots, you can record almost endlessly as one SSD becomes full, recording automatically continues on to the other, and the SD card slots are also hot-swappable. The Studio HD features one 6G-SDI input, two 6G-SDI outputs, a loop-through SDI output, a dedicated SDI monitor output, and there's also one HDMI input and one HDMI output that can all output up to DCI 4K. The ports autodetect the signal and will adjust to the SD, HD, or 6G-SDI format input. The 3-pin XLR timecode input and output allow you to sync timecode with other devices, and it also allows you to daisy-chain with other devices to create a timecode sync chain.

The Studio HD Pro is a 1 RU rack-mountable unit, with built-in rack mount ears. It features illuminated front panel button control and a heavy jog/shuttle wheel for analog scrubbing. RS-422 control is supported for external control using the Ref input and output ports. The USB Type-C port allows you to record to external disks, and you can also use it to plug into a computer to use as a source for a web stream. An integrated LCD on the front panel allows you to monitor the video and display timecode and transport information.

Professional Broadcast Deck

The new HyperDeck Studio recorders have been totally redesigned with dozens of new features. The advanced models have new broadcast-style front panel controls and more connections on the rear panel. The LCD screen supports both light and dark modes, plus the transport control buttons are stronger with a firm professional feel. The Pro models feature a machined metal search dial with increased mass and a soft rubber surface that feels nice to the touch. Plus the search dial features an active clutch, just like a traditional broadcast dec. With dual media slots, you can change cards without interrupting recording. The advanced models even include a front headphone connection and speaker.

Mastering Recorder

All models record to H.264, ProRes, and DNx files, so are perfect for recording broadcast masters. You can even use PCM or AAC audio. You get everything you need to send shows to broadcasters and for uploading to YouTube.

ISO Recording

All models feature timecode and reference generators, with outputs to loop to other HyperDecks. This means you can build a rack of HyperDeck Studios for ISO camera recording, allowing multi-cam editing after live events. You can even sync cameras to the SDI output and the SDI input has frame sync.

Digital Signage

HyperDeck Studio is perfect for digital signage as all models have HDMI output for connecting to large screen TVs and projectors. The built-in sync generator lets you combine multiple HyperDecks for large multiscreen video walls. There's even FTP for file upload and a protocol for remote control.

Broadcast Archive

HyperDeck Studio supports all SD and HD standards so it's ideal for archiving old television shows from broadcast decks such as Digital Betacam, Betacam SP, 1", U-matic, and VHS. You can even record directly to H.264 to maximize storage. For analog decks, just add a Mini Converter Analog to SDI.

Bright Color LCD Status Display

HyperDeck Studio features traditional deck-style transport controls, including a search dial for jog, shuttle, and scroll. The compact LCD shows timecode and transport information, plus a full-color thumbnail preview of the current clip in record or playback. It also displays information about each card's recording status, along with video format, frame rate information, and audio levels, all on the same display. The LCD includes monitoring for video, plus audio level meters, selectable between technically accurate VU or PPM ballistics. The combination of familiar VTR style controls with the built-in LCD screen makes HyperDeck Studio incredibly fast to use and very easy to learn.

Traditional Broadcast Deck Controls

HyperDeck Studio includes a traditional broadcast-style control panel that's very fast to use. Simply press the record button and you instantly start recording the video input to a file. You can also change the record file format from the menu. There are transport control buttons for playback, rewind, fast forward, previous clip, next clip, and more. The Pro models have a machined metal search dial that supports shuttle, jog, and scroll so you can find clips fast. Any button pressed on the front panel is sent to the rear RS-422 remote output for looping control to multiple HyperDecks. The Plus and Pro models also include a front panel speaker and headphone socket for live audio monitoring.

Supports SD Cards, UHS-II Cards, or SSDs

All HyperDeck Studio models support recording to common SD cards and UHS-II cards so you don't need expensive custom media. However, the Pro models also add two SSD slots so you can use two different types of media. SD cards and SSDs are the perfect choices for broadcast media because they are small and very affordable. When using H.264, the files are so incredibly small you get very long recordings even on smaller low-cost cards. Plus, you can even record to external USB disks. With H.265, you can record up to 58 hours in 2160p60 Ultra HD or up to 157 hours of H.264 recording in 1080p59.94 on a 1TB card. That's over 6 days of recording in HD using a single 1TB card.

Dual Media Slots for Nonstop Recording

All HyperDeck Studio models feature dual media slots for nonstop recording. When the recording card becomes full, recording automatically continues onto the next card. That's perfect when recording long live events because you can "hot swap" a full card for an empty card while recording continues in the other slot. Each slot has a status indicator to show which card is being used, either red for record or green for playback. Plus all models now feature very long file recordings to a single file for easy file distribution. HyperDeck Studio is easily repairable with each card slot using an individual PCB assembly that can be replaced if it ever becomes worn out from heavy use.

Record to External USB Type-C Media Disks

If recording to other types of media is required, the USB Type-C expansion port lets you plug in an external flash disk for recording. USB Type-C flash disks have unlimited capacity because they can be physically larger than an SD card or SSD. Plus, it's even possible to record to a disk array you'll use for editing, so you don't need to waste time copying files before starting post-production. Just move the disk over to a computer and instantly start editing. You can even add a Blackmagic MultiDock 10G that has 4 separate SSD media slots, so you can add compatibility with SSD media to the HyperDeck Studio Mini and Plus models. There are also menus for managing external disks on the built-in LCD.

Popular ProRes, DNx, and H.264 Files

HyperDeck supports the most popular codecs in use today. All models include DNx and ProRes file formats. However, all models also include H.264 in quality levels up to full 10 bit 4:2:2 when recording in NTSC, PAL, 720p, 1080p and true 1080i interlaced formats. That means you get tight 60:1 to 285:1 compression ratios for very small files at full broadcast quality. Plus you can choose uncompressed PCM audio, or even AAC audio when uploading files to YouTube. All models support both ExFAT and HFS+ disk formats and long-duration single file recordings. The Plus and Pro models even support ProRes 4444 allowing fill and key playback.

Advanced Broadcast Connections

Depending on the model HyperDeck Studio features a wide range of video and audio connections such as 3G-SDI, 6G-SDI, or 12G-SDI. All models include HDMI for connecting to televisions and projectors. There's even a dedicated SDI monitoring output on the Pro and Plus models with on-screen status. The Pro and Plus models include two SDI outputs so you can play ProRes 4444 files, allowing simultaneous fill and key output for keying in live production switchers. The internal timecode and reference generator connections can be looped to sync multiple units for ISO recording. All models even include AC and locking DC power. Choose 3G-SDI, 6G-SDI, or 12G-SDI Models

With multi-rate SDI, you get support for the most popular video standards. The SDI and HDMI connections will automatically switch video standards, so handle SD, HD, and Ultra HD formats depending on the model. SD formats include NTSC and PAL. 720p HD standards include 720p50 and 720p59.94p. 1080i HD interlaced formats include 1080i50 and 1080i59.94. 1080p HD formats include 1080p23.98, 24, 25, 29.97, 30, 50, 59.94 and 60p. HyperDeck can even support 1080PsF formats. HyperDeck Studio also supports level A and level B when running HD video at 3G-SDI rates.

Fill and Key Outputs for Broadcast Animations

The HyperDeck Studio Plus and Pro models can play ProRes 4444 HD files to the two separate SDI fill and key outputs. That means you can use HyperDeck Studio as a graphics clip player for broadcast animation because the ProRes 4444 file's alpha channel will be automatically converted to the key SDI output for real-time keying in a live production switcher. Imagine running animated lower-third titles and stingers with key channel outputs for incredibly clean multilayered titles. Plus, switchers such as Blackmagic Design ATEM models connect to HyperDeck Studio via Ethernet to trigger playback synced to transitions.

USB Webcam Output for Video Software For compatibility with a wide range of computer software, HyperDeck Studio features webcam support using the USB connection. If you're not recording to an external USB disk, you can plug the HyperDeck USB connection directly into a computer to get live video into any video software. The computer is tricked into thinking the HyperDeck is a common webcam, but it's really a broadcast-quality video source. That guarantees full compatibility with any video software and in full resolution 1080 HD quality. HyperDeck Studio's USB webcam feature works with any video software including Zoom, Microsoft Teams, and Skype, or get live streaming with Open Broadcaster, XSplit Broadcaster, and more. Advanced HDR Support and Monitoring 3D LUTs

You'll be ready for the latest feature film workflows with support for advanced HDR standards. All HDR status information is embedded into the SDI connections so downstream equipment can detect when HDR files are played. When recording, the SDI and HDMI inputs will also automatically detect HDR video standards and then tag the files with the correct HDR information. Static metadata PQ and HLG formats are handled according to the ST2084 standard. Plus the front panel LCD has a wider color gamut for both Rec. 2020 and Rec. 709 color spaces. HyperDeck Studio Plus and Pro models even allow you to load a 3D LUT into the monitoring output to add looks or to convert film to video gamma.

Includes Professional Multi-Channel SDI Audio

HyperDeck Studio includes professional multi-channel SDI audio for recording up to 16 channels. When recording from the SDI input, you can select in the menu to record 2, 4, 8, or 16 channels of audio in real time. There's extra space on the SDI monitoring status overlay, which allows the audio meter display to show the number of channels you have enabled all at the same time, and the audio meters will show 2, 4, 8, or 16 channels simultaneously. The audio meters are designed to use the correct ballistics, and you can change between different VU and PPM meter displays in the LCD menu. HyperDeck Studio is more than just a video recorder, as it also has quality sound.

Incredibly Fast Network File Transfers

All HyperDeck models allow media files to be uploaded remotely, using simple FTP client software. For remote deck control, all models use an easy to learn text-based protocol, so you can use a simple terminal app like Telnet to test control commands. Simply log into the HyperDeck and then type "play" or "record" and it will execute the command. If you combine the control protocol and file transfers with a HyperDeck connected to a large USB Type-C disk array, you get a fantastic broadcast server for ingest, media management, and play out.

Traditional RS-422 Broadcast Deck Control

The most popular control connection used on broadcast decks since the early 1980s is the RS-422 protocol. Originally developed by Sony, RS-422 is used on almost all broadcast gear. HyperDeck Studio features wide protocol support so you can connect it directly to broadcast systems. It also supports extra commands for the Advanced Media Protocol for managing disk recorders. When designing RS-422 control solutions, you'll know you're connected to a HyperDeck Studio when you see the ID 0xF0E0 in 30/60p, 0xF1E0 in 25/50p, or 0xF2E0 in 24p. The full set of support remote commands are included in the instruction manual and you can download this from the support page of our website.

Built-In Timecode and Sync Generators

With a timecode and sync generator built into all models, you can stack multiple units for digital signage or multi-channel recording. Each HyperDeck has dedicated outputs for reference and timecode, direct from the internal sync and timecode generators. The generators "free run" unless reference or timecode is connected to the inputs, and then generators will automatically lock. This means you can loop from HyperDeck to HyperDeck to create perfectly timed array or recorders.

Blackmagic OS

The innovative Blackmagic OS has been designed for high-performance film and broadcast products and it manages all functions on HyperDeck Studio. Only Blackmagic OS provides instant power on while including powerful features such as LCD with video, timecode, and audio metering, monitoring with overlays, menus, fast networking, multi-disk media management, 3D LUTs plus localization. The onscreen LCD menus include settings to customize your HyperDeck Studio, plus the menus now support both light and dark mode.

Localized for 13 Popular Languages

HyperDeck Studio supports multiple languages so you don't need to learn a new language just to use it. You get support for English, Chinese, Japanese, Korean, Spanish, German, French, Russian, Italian, Portuguese, Turkish, Polish, and Ukrainian languages. When initially powered on for the first time, HyperDeck Studio will display a menu for selecting a language, plus you can always use the LCD menu to change the language at any time in the future. Once a language is selected, the LCD menus will change, plus the overlays on the SDI monitoring output will also change to the selected language. All this means HyperDeck Studio is perfect for doing work anywhere in the world.

Use All Video Software and Streaming Sites

HyperDeck Studio records files that are compatible with virtually all post-production software. Plus, if you record in H.264, you can upload files from HyperDeck Studio direct to streaming services such as YouTube, Facebook, Vimeo, Twitter, and more. You can use popular editing software such as DaVinci Resolve, Apple Final Cut Pro, Adobe Premiere Pro, or Avid Media Composer because HyperDeck uses the same file formats used in post-production. Even VFX software such as Fusion and Adobe After Effects work with the files. Because HyperDeck records to disks formatted on computers, you can simply mount the disk on any computer and start editing without needing to transcode or convert the files.

Built-In Redundancy Keeps You on Air

Serious broadcasters need redundancy because it increases reliability. HyperDeck Studio includes redundant features to help ensure you stay on air. With dual media slots on all models, and the Pro models having 4 media slots, you can stay on air, even if one of the slots becomes damaged. Plus with the HyperDeck Studio HD Mini model you get 3 totally independent recorders in a single rack unit, while the HyperDeck Studio HD Plus model allows 2 independent recorders in a single rack unit. All HyperDeck models include both AC and a locking DC power connection, so you use the DC connection with an external battery pack for redundant power.

Designed for Both Portable or Rackmount Use

When you need a portable broadcast solution, the HyperDeck Studio HD Mini model includes most features miniaturized into an elegant 5" wide compact design that's only one-third of a rack unit wide. That means you can fit three recorders in a single rack unit. Just use the optional Teranex Mini Rack Shelf and you can mount the three units side by side, then bolt it into a standard equipment rack. Or you can combine HyperDeck Studio Mini with other modules, such as a Teranex Mini Analog to 12G-SDI to convert the input from analog to SDI, all in the same rack which is perfect for archive work. HyperDeck Studio HD Mini looks great when it's not rack-mounted and simply used by itself on a desktop.

Compatible with Switchers, Disk Docks, and Cameras

There's a wide range of Blackmagic Design products you can use with HyperDeck including switchers, cameras, and streaming solutions. As the Mini and Plus models don't include SSD slots, you can add a Blackmagic MultiDock 10G to use regular SSDs, allowing compatibility with media from other HyperDeck models. HyperDeck Studio will manage all the disks for you and automatically record to disks in the MultiDock. You can even use the MultiDock with the HyperDeck Studio Pro models just to add extra SSDs for longer recording times. HyperDeck Studio is also a perfect mastering recorder when used with ATEM switchers, a clip player with fill and key, or looped on switcher inputs for ISO recording. Buy Blackmagic Design HyperDeck Studio HD Pro from UBMS Dubai.