The media and leisure {industry} is present process unprecedented transformation, pushed by the speedy evolution of high-resolution video codecs and the growing complexity of content material supply. As video resolutions advance from UHD/4K to 8K and now to 16K, the demand for a sturdy IP infrastructure able to supporting larger speeds and larger bandwidth has by no means been extra essential. On the identical time, organizations face rising strain to ship lossless streaming of high-resolution content material, each inside manufacturing services and throughout distributed, distant deployments.
To attain this stage of efficiency, reliability and ease of deployment, each part of the media community should be seamlessly built-in. This consists of audio and video endpoints, broadcast controllers, and administration gadgets working inside a unified IP-based media material. Addressing these challenges, Cisco and Panasonic have partnered to create a Cisco Validated Design (CVD) that completely exams and paperwork the mixed efficiency of their media ecosystem in end-to-end, real-world eventualities.
Why a Cisco Validated Design Issues
Cisco Validated Designs function trusted {industry} blueprints, present process in depth testing to make sure interoperability, reliability, and scalability. For broadcasters, this offers assurance that the answer will carry out persistently from the community infrastructure via to the appliance layer, even beneath the pressures of stay manufacturing environments. The Panasonic-Cisco CVD gives a confirmed reference structure that helps prospects speed up deployments, scale back danger, and obtain quicker time to manufacturing.
By adopting a completely validated, built-in stack, organizations can scale their end-to-end IP primarily based media infrastructure with confidence that each one parts will work collectively seamlessly. This method delivers low latency, zero packet loss, and persistently prime quality of service, all of that are important for essential stay broadcasts and future-proof media operations.
The Function of Cisco IPFM within the Cisco Validated Design
On the core of this structure, Cisco’s Nexus 9000 switches ship the scalability wanted to broaden infrastructure from 100G to 400G and now as much as 800G hyperlink speeds. This flexibility is additional enhanced by bandwidth-aware Non-Blocking Multicast (NBM), which, together with Precision Time Protocol (PTP) and the most recent improvements in media infrastructure, ensures a very lossless surroundings that’s prepared for future developments.
Cisco IP Cloth for Media (IPFM) is constructed on open requirements, supporting SMPTE ST 2110, AES67, NMOS IS-04/IS-05, IGMP, PIM, and SMPTE ST 2022-7 for redundancy. This allows sturdy, interoperable, and future-ready media workflows. As well as, Cisco offers distinctive capabilities to assist AI/ML workloads inside media and broadcasting infrastructure, alongside media workflows.
To streamline operations even additional, the Cisco Nexus Dashboard offers highly effective automation capabilities for managing complicated IP-based media environments.
Panasonic + Cisco: Joint Worth for Broadcasters
Panasonic’s merchandise combine seamlessly with Cisco’s IP-based infrastructure, forming the muse of a validated design that empowers prospects to adapt to evolving necessities, accommodate larger resolutions, and assist distributed manufacturing groups.
Panasonic’s Studio Cameras, PTZ Cameras, Digital camera Management Models, and IP Gateways* function key endpoints, all seamlessly linked via the validated design.
Central to the workflow is the IT/IP platform KAIROS, which introduces an revolutionary method to stay video manufacturing with its superior structure for central processing and switching. The KAIROS system, comprising Kairos Core (mainframe), Kairos Management (management panel), and Kairos Creator (GUI software program) gives complete multi-format assist together with ST 2110, NDI, and SRT alongside options corresponding to limitless scenes and layers, CANVAS performance, open structure. Moreover, numerous {hardware} and software program choices will be applied, such because the SDI I/O Board for connecting to legacy gadgets, the Kairos Core Supervisor for configuring backup techniques for the mainframe, and the Contact Management Panel Software program for stay operation via intuitive touch-based interplay enabling the development of a system that meets excessive calls for for connectivity, reliability and operability. By connecting on to Cisco’s IP Cloth for Media by way of ST 2110, KAIROS ensures seamless interoperability and sturdy efficiency.
Complementing this setup, Panasonic’s broadcast controller ecosystem, that includes the Panasonic System Supervisor (PSM) and Panasonic System Surveillance (PSS), offers complete management and monitoring capabilities, additional enhancing the reliability and effectivity of the complete resolution.
*Panasonic IP Gateway, PSM, and PSS are presently bought solely within the Japanese market.
Key Outcomes from the Cisco Validated Design
- Media Site visitors with No Packet Loss: The community reliably transports ST 2110 video, audio, and ancillary information flows with out packet loss, even beneath sustained high-traffic situations. Playback at receivers confirms the integrity of media, with no observable distortion or degradation, demonstrating the design’s capacity to deal with high-bandwidth, time-sensitive streams.
- Minimal Latency for Dwell Manufacturing: The structure minimizes latency between media endpoints by optimizing community path choice, guaranteeing that media alerts are delivered in actual time. This low-latency efficiency is crucial for stay manufacturing and real-time monitoring, supporting seamless and responsive broadcast workflows.
- Versatile, Scalable, and Resilient Structure with Centralized Management: Constructed on a spine-and-leaf structure with Cisco Nexus 9000 Sequence switches, the design scales effortlessly to fulfill rising manufacturing calls for. Reliability is ensured via full redundancy, together with ST 2022-7 seamless safety switching and twin PTP infrastructure, which offers steady operation and fault tolerance, even throughout {hardware} or hyperlink failures. With built-in NMOS (Networked Media Open Specs), the structure permits centralized and dynamic management of ST 2110 media flows. This permits broadcast controllers to simply uncover, join, and handle streams, supporting scalable and user-friendly operations with minimal handbook intervention.
What’s new with Cisco IP Materials for Media?
- Media Change Layer for AI/ML workloads: As the usage of AI and machine studying in post-production turns into more and more prevalent, prospects are looking for coexistence between AI/ML workflows and media flows. Cisco will assist the coexistence of media frames over RDMA (AI/ML workflows) with NBM Lively 2110 multicast flows (media flows) inside a single material in numerous VRFs. This functionality drastically reduces workflow latency, facilitating real-time, bidirectional media trade and enabling rapid inference and evaluation inside media workflows.
- Allow assist for 8k and 16k video decision: With Cisco IPFM, the utmost bandwidth charge per movement has elevated from 25 Gbps, which is appropriate for UHD high quality video, to 96 Gbps per movement to completely assist the necessities of 8K and 16K video decision. This enhancement permits media broadcasters to organize their IP-based media infrastructure for future high-resolution content material supply.
- PIM Flooding Mechanism and Supply Discovery (PFM – SD): Historically, PIM-SM (PIM Sparse Mode) depends on a Rendezvous Level (RP) and shared timber to determine multicast site visitors paths. PFM–SD simplifies this course of by eradicating the necessity for RPs and shared timber, as an alternative flooding multicast supply data all through the PIM area utilizing a generic PIM flooding mechanism. This allows routers to find energetic sources with out requiring preliminary information packets or a central RP, thereby lowering operational complexity and offering a lot quicker convergence in addition to optimum site visitors forwarding. We’ll supply assist for PFM – SD in each single and multi-site eventualities.
By combining Cisco’s confirmed IPFM structure with Panasonic’s trusted media options, this CVD provides broadcasters a transparent path to constructing scalable, dependable, and standards-compliant IP-based infrastructures.
Cisco at IBC 2025: Mini-Theatre Periods at Our Sales space
Catch all the most recent improvements with Cisco IPFM at Cisco’s sales space at IBC. Listed below are the matters of dialogue:
- Automating IP Materials for Media on Sept 12 (Friday) at 11:30am, Sept 13 (Saturday) at 2:30pm, Sept 14 (Sunday) at 5:30pm
- AI Networks for Media on Sept 12 (Friday) at 2pm, Sept 13 (Saturday) at 1:30pm, Sept 14 (Sunday) at 3pm
- Way forward for IP Media Networking Sept 12 (Friday) at 12noon, Sept 13 (Saturday) at 12noon, Sept 14 (Sunday) at 12noon
- Orchestrating Media Networks with Cisco IPFM and Sony/Nevion VideoIPath on Sept 13 (Saturday) at 11am
- Constructing Future-Prepared Media Manufacturing Networks with Cisco IPFM and Think about’s Magellan Management System on Sept 13 (Saturday) at 3pm
- Leveraging Multicast NAT with Cisco IPFM and EVS Cerebrum on Sept 14 (Sunday) at 11am
Meet with us at Worldwide Broadcasting Convention (IBC) 2025
Register and be a part of Cisco at IBC 2025 in Amsterdam, from September 12 to fifteen. Cisco will showcase industry-leading options via sales space displays, speaker classes , and conferences with {industry} specialists.
Our sales space is at Corridor 3 Stand B51, we stay up for seeing you there!
Be taught extra about Cisco IP Cloth for Media and the way it can future-proof your broadcast operations.
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