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TVU MediaMesh™
Every feed. Everyone. Connected.

Easily connect your feeds or production tools with ultra-low latency —via API, or pre-built app— with vendor interoperability built-in.


TVU MediaMesh™
Every feed. Everyone. Connected.

Easily connect your feeds or production tools with ultra-low latency —via API, or pre-built app— with vendor interoperability built-in.


TVU MediaMesh™
Every feed. Everyone. Connected.

Easily connect your feeds or production tools with ultra-low latency —via API, or pre-built app— with vendor interoperability built-in.


TVU MediaMesh™
Every feed. Everyone. Connected.

Easily connect your feeds or production tools with ultra-low latency —via API, or pre-built app— with vendor interoperability built-in.

Unite your entire live production ecosystem in one seamless global platform, lightining fast


Spin up and connect what you need, right when and where you need it. No vendor lock-in, no barriers, no endless setup—just the freedom to produce faster and at any scale.



All Your Media Tools, Connecting As One

Every live feed becomes instantly accessible, like opening a shared file. Any format, any tool, any team, anywhere, with full interoperability across vendors.


Leading media organizations, both small and large, are signing on as MediaMesh Development Partners.

Become a partner

Become a partner



The Foundation of Every TVU App
Now Open to Everyone

Ingesting

Live Switching

Remote Collaboration

Remote Commentary

Playout

Ingesting

Live Switching

Remote Collaboration

Remote Commentary

Playout

The New Standard in Latency & Connectivity

Hyper Scalability

Spin up and down instantly from one feed to hundreds.

Hyper Scalability

Spin up and down instantly from one feed to hundreds.

Hyper Scalability

Spin up and down instantly from one feed to hundreds.

Mission-Critical Reliability

Uninterrupted operations under any circumstance. Disaster-proof, no resets. Proven across 20 years of live events and breaking news. Backed by round-the-clock expert support.

24/7

24/7

Latency Solved

Under 1 second intercontinental round-trip video returns from cloud PCR. <100ms inter-region latencies.

All vendors interconnected

EVS, Grass Valley, and many more already building on it.

OPEN

Secure by design

Built with Zero Trust.

Superior performance

Powered by advanced algorithms that deliver low latency and high quality, even on noisy networks.

ISX

Slash Connection Complexity

The greatest expense in cloud live production is manual configuration time, up to 8 hours per signal. MediaMesh automatically takes care of undifferentiated heavy lifting associated with connection setup (routing, scaling, protocol details) so you don’t have to. 

Called Transformative by Industry Leaders

Called Transformative by Industry Leaders

Called Transformative by Industry Leaders

Called Transformative by Industry Leaders

Ready to Connect & Create?
Book a meeting with our experts.

FAQ:

What is TVU MediaMesh?

TVU MediaMesh™ is a global shared memory platform for live media. It enables live media application developers to seamlessly access and share live media streams across distributed environments with the simplicity of a memory pointer access—eliminating the need for complex point-to-point protocol setup.

What is TVU MediaMesh?

TVU MediaMesh™ is a global shared memory platform for live media. It enables live media application developers to seamlessly access and share live media streams across distributed environments with the simplicity of a memory pointer access—eliminating the need for complex point-to-point protocol setup.

What problem does TVU MediaMesh solve?

Today’s cloud live productions are hindered by the manual, time-consuming steps required to configure and connect live signals using protocols like SRT, Zixi, and NDI. Even though cloud resources are available at the press of a button, configuring applications to connect to live sources often takes 4 to 8 hours per production. This overhead makes it impossible to scale cloud live production despite its proven benefits. MediaMesh eliminates this bottleneck.

What problem does TVU MediaMesh solve?

Today’s cloud live productions are hindered by the manual, time-consuming steps required to configure and connect live signals using protocols like SRT, Zixi, and NDI. Even though cloud resources are available at the press of a button, configuring applications to connect to live sources often takes 4 to 8 hours per production. This overhead makes it impossible to scale cloud live production despite its proven benefits. MediaMesh eliminates this bottleneck.

How does TVU MediaMesh work?

TVU MediaMesh uses MediaMesh Connector Containers (Docker) to translate between local shared memory and its global media fabric. To consume a live source: - Run the MediaMesh Connector Container (MediaMesh to local shared memory) on your VM/host. - Query the Object Service for the UUID of the desired media source. - Call the Remote Connection Service with the UUID. Live frames from the source will appear in shared memory on the host. To publish a live source: - Run the MediaMesh Connector Container (local shared memory to MediaMesh) to share your memory-resident source. - Register the source with the Object Service. - Others with appropriate entitlements can now access it globally. Under the hood, MediaMesh manages scaling, entitlements, and remote connection transport configuration—all seamlessly.

How does TVU MediaMesh work?

TVU MediaMesh uses MediaMesh Connector Containers (Docker) to translate between local shared memory and its global media fabric. To consume a live source: - Run the MediaMesh Connector Container (MediaMesh to local shared memory) on your VM/host. - Query the Object Service for the UUID of the desired media source. - Call the Remote Connection Service with the UUID. Live frames from the source will appear in shared memory on the host. To publish a live source: - Run the MediaMesh Connector Container (local shared memory to MediaMesh) to share your memory-resident source. - Register the source with the Object Service. - Others with appropriate entitlements can now access it globally. Under the hood, MediaMesh manages scaling, entitlements, and remote connection transport configuration—all seamlessly.

Which live media formats are supported?

MediaMesh supports /dev/shm shared memory formats on Linux. Currently, this includes: - TVU Shared Memory - MXL (Media eXchange Layer) – an open standard currently in pre-release

Which live media formats are supported?

MediaMesh supports /dev/shm shared memory formats on Linux. Currently, this includes: - TVU Shared Memory - MXL (Media eXchange Layer) – an open standard currently in pre-release

What makes TVU MediaMesh unique?

Unlike traditional routing or transport-layer technologies, MediaMesh operates at the memory layer. It abstracts the network and media transport into a seamless developer experience. MediaMesh: ✔ Eliminates signal configuration toil ✔ Scales elastically ✔ Enables fine-grained entitlements ✔ Supports open standards like MXL ✔ Integrates easily with developer workflows

What makes TVU MediaMesh unique?

Unlike traditional routing or transport-layer technologies, MediaMesh operates at the memory layer. It abstracts the network and media transport into a seamless developer experience. MediaMesh: ✔ Eliminates signal configuration toil ✔ Scales elastically ✔ Enables fine-grained entitlements ✔ Supports open standards like MXL ✔ Integrates easily with developer workflows

Who is TVU MediaMesh for?

MediaMesh is designed for: • Live media application developers building production tools or workflows in the cloud • Broadcasters and studios adopting cloud live production • Vendors and integrators offering cloud-native media infrastructure

Who is TVU MediaMesh for?

MediaMesh is designed for: • Live media application developers building production tools or workflows in the cloud • Broadcasters and studios adopting cloud live production • Vendors and integrators offering cloud-native media infrastructure

How does TVU MediaMesh shared memory relate to the emerging MXL open-source initiative?

Simply put, we are incredibly excited about the power of MXL and how perfectly it complements our TVU MediaMesh Remote Shared Memory model. MXL is a game-changing, open-source approach that enables systems from multiple vendors to share live, uncompressed media directly within a cloud environment. This is significant because it completely sidesteps the usual decode/encode cycles that add latency, reduce quality, and consume massive amounts of processing power. We’re actively participating in the MXL initiative, and our VP of Strategy, Mike Cronk, is a member of the MXL requirements council. You can see our MXL implementation at IBC, where we will be demonstrating interoperability with GV, Riedel, Matrox, and TVU—all running in AWS. We’re thrilled because the combination of MXL and MediaMesh unlocks exactly what customers have been asking for. Pairing MXL’s vendor interoperability with the global reach of TVU MediaMesh allows customers and partners to implement truly global, multi-vendor live media workflows. It makes accessing media as easy as opening a file—anywhere in the world.

How does TVU MediaMesh shared memory relate to the emerging MXL open-source initiative?

Simply put, we are incredibly excited about the power of MXL and how perfectly it complements our TVU MediaMesh Remote Shared Memory model. MXL is a game-changing, open-source approach that enables systems from multiple vendors to share live, uncompressed media directly within a cloud environment. This is significant because it completely sidesteps the usual decode/encode cycles that add latency, reduce quality, and consume massive amounts of processing power. We’re actively participating in the MXL initiative, and our VP of Strategy, Mike Cronk, is a member of the MXL requirements council. You can see our MXL implementation at IBC, where we will be demonstrating interoperability with GV, Riedel, Matrox, and TVU—all running in AWS. We’re thrilled because the combination of MXL and MediaMesh unlocks exactly what customers have been asking for. Pairing MXL’s vendor interoperability with the global reach of TVU MediaMesh allows customers and partners to implement truly global, multi-vendor live media workflows. It makes accessing media as easy as opening a file—anywhere in the world.

What’s next for TVU MediaMesh?

Planned enhancements for MediaMesh include: • Advanced orchestration and monitoring APIs for automated control and observability • Extended ecosystem integrations, including switchers, replay systems, and playout engines • Additional microservice containers to expand MediaMesh capabilities

What’s next for TVU MediaMesh?

Planned enhancements for MediaMesh include: • Advanced orchestration and monitoring APIs for automated control and observability • Extended ecosystem integrations, including switchers, replay systems, and playout engines • Additional microservice containers to expand MediaMesh capabilities