SET Expo 2018 Grass Valley Case Studies

North American Network Studio Application North American Network New Section Slide

The Challenge Design a COTS based infrastructure solution for a Top 10 US market station. Customers core requirements: COTS based infrastructure - Cisco Standards based –TR04 with ability to upgrade to ST-2110 Mixed Reference Environment – Black Burst and PTP Signal agnostic – HD 1080i 60, with ability to transport UHD Future-ready - HDR (High Dynamic Range) and 1080p Simplified wiring– multi-mode and single-mode fiber TOR and EOR Design Initial meeting with arena TV was held around the time of IBC 2015. From this we learned that Arena TV had some very specific requirements: Arena TV wanted the Truck to be unique in the market place, and to be very pioneering. Arena wanted a solution with a COTS IP switch at the heart of the truck – No SDI Routing. The Solution had to be Standards Based so as to allow for technologies offered by other companies to be used within the truck as and when required. Arena TV wanted to adopt the IP standards around at that time but also wanted to understand what other IP standards were coming and required a solution capable of adopting these as they became available. Format Agnostic – Support multiple formats. So, whilst OBX needed to be a UHD truck, it would also be required for 1080p and 1080i productions. So a multi-purpose deign was essential. Arena understood that OBX was to be a significant investment and so it was important that it would be able to support upcoming challenges such as HDR and HFR productions also. Future Ready – High Dynamic Range and High Frame Rate Arena TV were keen to achieve a Reduction in cabling and with it a reduction in weight. Must remember that OBX would be driving up and down the U.K. attending sporting events and so a reduction in fuel costs was clearly good news. Also, less cabling improves access within the truck which becomes important when maintaining and changing set-ups. As cost neutral to a traditional SDI based truck design (albeit Quad-Link)

The Challenge Studio technical requirements: 3 Studios As Much IP at the Edge as Possible Traditional SDI switcher Very large multi-viewer requirement Master Control and Live Production Extensive IP/SDI Connectivity with Video & Audio Processing Remote Production Requirement Large video Ingest and Playout requirement Solution needed to support 32 x UHD Cameras (not a small truck, needs to support Premier League Football Matches) 12 x UHD Replay Systems 1 x UHD Production Switcher 47 Multiviewers (plenty of monitoring positons for Production, Audio, VT, Engineering or on the Tailboard). Important to remember that the deliverables to the client have more than doubled. No longer HD with 5.1 and Stereo Audio Mixes, we are now having to provide UHD with Dolby Atmos. 5.1 and Stereo plus an HD Variant and a Clean version for the World Feed and so on… As is usually the case at large sporting events, Arena understood that OBX would not be the only IP truck that turned up, other OB’s would require a feed, trucks for uplinks, trucks for graphics and so this connectivity would also need to be catered for. In light of this GV provided a fairly unique solution whereby the OBX Tailboard offers bi-directional connectivity. So, Input ports could become output ports by having the control system switch them. We also provided a flyaway frame that could be provided to the Graphics truck so they could patch up to OBX and provide an IP connection back to OBX. As OBX was going to be the first of three trucks, it would be a nice feature if we could hook all three trucks up using IP as opposed to large umbilical's of SDI.

The Challenge Studio technical requirements: Distributed IP infrastructure Spans multiple floors Multiple sites around city Uncompressed and compressed feeds Multiple Codecs J2k H.264 MPEG 2 Solution needed to support 32 x UHD Cameras (not a small truck, needs to support Premier League Football Matches) 12 x UHD Replay Systems 1 x UHD Production Switcher 47 Multiviewers (plenty of monitoring positons for Production, Audio, VT, Engineering or on the Tailboard). Important to remember that the deliverables to the client have more than doubled. No longer HD with 5.1 and Stereo Audio Mixes, we are now having to provide UHD with Dolby Atmos. 5.1 and Stereo plus an HD Variant and a Clean version for the World Feed and so on… As is usually the case at large sporting events, Arena understood that OBX would not be the only IP truck that turned up, other OB’s would require a feed, trucks for uplinks, trucks for graphics and so this connectivity would also need to be catered for. In light of this GV provided a fairly unique solution whereby the OBX Tailboard offers bi-directional connectivity. So, Input ports could become output ports by having the control system switch them. We also provided a flyaway frame that could be provided to the Graphics truck so they could patch up to OBX and provide an IP connection back to OBX. As OBX was going to be the first of three trucks, it would be a nice feature if we could hook all three trucks up using IP as opposed to large umbilical's of SDI.

The Challenge Key that the users don’t know or care about the technology Solution needed to support 32 x UHD Cameras (not a small truck, needs to support Premier League Football Matches) 12 x UHD Replay Systems 1 x UHD Production Switcher 47 Multiviewers (plenty of monitoring positons for Production, Audio, VT, Engineering or on the Tailboard). Important to remember that the deliverables to the client have more than doubled. No longer HD with 5.1 and Stereo Audio Mixes, we are now having to provide UHD with Dolby Atmos. 5.1 and Stereo plus an HD Variant and a Clean version for the World Feed and so on… As is usually the case at large sporting events, Arena understood that OBX would not be the only IP truck that turned up, other OB’s would require a feed, trucks for uplinks, trucks for graphics and so this connectivity would also need to be catered for. In light of this GV provided a fairly unique solution whereby the OBX Tailboard offers bi-directional connectivity. So, Input ports could become output ports by having the control system switch them. We also provided a flyaway frame that could be provided to the Graphics truck so they could patch up to OBX and provide an IP connection back to OBX. As OBX was going to be the first of three trucks, it would be a nice feature if we could hook all three trucks up using IP as opposed to large umbilical's of SDI.

How did we do it? Cisco Core DCNM Multi-Spine Cisco 9236C Multi-Leaf Installed on Cisco UCS platform Multiple VM’s for redundancy Multi-Spine Cisco 9236C Multi-Leaf Cisco 93180LC—EX 2022-7 X-Y Design Ties into broadcast LAN Solution needed to support 32 x UHD Cameras (not a small truck, needs to support Premier League Football Matches) 12 x UHD Replay Systems 1 x UHD Production Switcher 47 Multiviewers (plenty of monitoring positons for Production, Audio, VT, Engineering or on the Tailboard). Important to remember that the deliverables to the client have more than doubled. No longer HD with 5.1 and Stereo Audio Mixes, we are now having to provide UHD with Dolby Atmos. 5.1 and Stereo plus an HD Variant and a Clean version for the World Feed and so on… As is usually the case at large sporting events, Arena understood that OBX would not be the only IP truck that turned up, other OB’s would require a feed, trucks for uplinks, trucks for graphics and so this connectivity would also need to be catered for. In light of this GV provided a fairly unique solution whereby the OBX Tailboard offers bi-directional connectivity. So, Input ports could become output ports by having the control system switch them. We also provided a flyaway frame that could be provided to the Graphics truck so they could patch up to OBX and provide an IP connection back to OBX. As OBX was going to be the first of three trucks, it would be a nice feature if we could hook all three trucks up using IP as opposed to large umbilical's of SDI.

How did we do it? Grass Valley Gear IPG-3901 2x10G SDI-IP Gateways Small failure block was key to high availability solution design GV Node 12x40G used for vertically accurate IP switches KMX-4901 IP Multi-viewers LDX-86N IP Studio Cameras GV Convergent SDN Control and Flow Management iControl for unified facility monitoring and configuration Solution needed to support 32 x UHD Cameras (not a small truck, needs to support Premier League Football Matches) 12 x UHD Replay Systems 1 x UHD Production Switcher 47 Multiviewers (plenty of monitoring positons for Production, Audio, VT, Engineering or on the Tailboard). Important to remember that the deliverables to the client have more than doubled. No longer HD with 5.1 and Stereo Audio Mixes, we are now having to provide UHD with Dolby Atmos. 5.1 and Stereo plus an HD Variant and a Clean version for the World Feed and so on… As is usually the case at large sporting events, Arena understood that OBX would not be the only IP truck that turned up, other OB’s would require a feed, trucks for uplinks, trucks for graphics and so this connectivity would also need to be catered for. In light of this GV provided a fairly unique solution whereby the OBX Tailboard offers bi-directional connectivity. So, Input ports could become output ports by having the control system switch them. We also provided a flyaway frame that could be provided to the Graphics truck so they could patch up to OBX and provide an IP connection back to OBX. As OBX was going to be the first of three trucks, it would be a nice feature if we could hook all three trucks up using IP as opposed to large umbilical's of SDI.

Network Topology Solution needed to support 32 x UHD Cameras (not a small truck, needs to support Premier League Football Matches) 12 x UHD Replay Systems 1 x UHD Production Switcher 47 Multiviewers (plenty of monitoring positons for Production, Audio, VT, Engineering or on the Tailboard). Important to remember that the deliverables to the client have more than doubled. No longer HD with 5.1 and Stereo Audio Mixes, we are now having to provide UHD with Dolby Atmos. 5.1 and Stereo plus an HD Variant and a Clean version for the World Feed and so on… As is usually the case at large sporting events, Arena understood that OBX would not be the only IP truck that turned up, other OB’s would require a feed, trucks for uplinks, trucks for graphics and so this connectivity would also need to be catered for. In light of this GV provided a fairly unique solution whereby the OBX Tailboard offers bi-directional connectivity. So, Input ports could become output ports by having the control system switch them. We also provided a flyaway frame that could be provided to the Graphics truck so they could patch up to OBX and provide an IP connection back to OBX. As OBX was going to be the first of three trucks, it would be a nice feature if we could hook all three trucks up using IP as opposed to large umbilical's of SDI.

Solution needed to support 32 x UHD Cameras (not a small truck, needs to support Premier League Football Matches) 12 x UHD Replay Systems 1 x UHD Production Switcher 47 Multiviewers (plenty of monitoring positons for Production, Audio, VT, Engineering or on the Tailboard). Important to remember that the deliverables to the client have more than doubled. No longer HD with 5.1 and Stereo Audio Mixes, we are now having to provide UHD with Dolby Atmos. 5.1 and Stereo plus an HD Variant and a Clean version for the World Feed and so on… As is usually the case at large sporting events, Arena understood that OBX would not be the only IP truck that turned up, other OB’s would require a feed, trucks for uplinks, trucks for graphics and so this connectivity would also need to be catered for. In light of this GV provided a fairly unique solution whereby the OBX Tailboard offers bi-directional connectivity. So, Input ports could become output ports by having the control system switch them. We also provided a flyaway frame that could be provided to the Graphics truck so they could patch up to OBX and provide an IP connection back to OBX. As OBX was going to be the first of three trucks, it would be a nice feature if we could hook all three trucks up using IP as opposed to large umbilical's of SDI.

Solution needed to support 32 x UHD Cameras (not a small truck, needs to support Premier League Football Matches) 12 x UHD Replay Systems 1 x UHD Production Switcher 47 Multiviewers (plenty of monitoring positons for Production, Audio, VT, Engineering or on the Tailboard). Important to remember that the deliverables to the client have more than doubled. No longer HD with 5.1 and Stereo Audio Mixes, we are now having to provide UHD with Dolby Atmos. 5.1 and Stereo plus an HD Variant and a Clean version for the World Feed and so on… As is usually the case at large sporting events, Arena understood that OBX would not be the only IP truck that turned up, other OB’s would require a feed, trucks for uplinks, trucks for graphics and so this connectivity would also need to be catered for. In light of this GV provided a fairly unique solution whereby the OBX Tailboard offers bi-directional connectivity. So, Input ports could become output ports by having the control system switch them. We also provided a flyaway frame that could be provided to the Graphics truck so they could patch up to OBX and provide an IP connection back to OBX. As OBX was going to be the first of three trucks, it would be a nice feature if we could hook all three trucks up using IP as opposed to large umbilical's of SDI.

Solution needed to support 32 x UHD Cameras (not a small truck, needs to support Premier League Football Matches) 12 x UHD Replay Systems 1 x UHD Production Switcher 47 Multiviewers (plenty of monitoring positons for Production, Audio, VT, Engineering or on the Tailboard). Important to remember that the deliverables to the client have more than doubled. No longer HD with 5.1 and Stereo Audio Mixes, we are now having to provide UHD with Dolby Atmos. 5.1 and Stereo plus an HD Variant and a Clean version for the World Feed and so on… As is usually the case at large sporting events, Arena understood that OBX would not be the only IP truck that turned up, other OB’s would require a feed, trucks for uplinks, trucks for graphics and so this connectivity would also need to be catered for. In light of this GV provided a fairly unique solution whereby the OBX Tailboard offers bi-directional connectivity. So, Input ports could become output ports by having the control system switch them. We also provided a flyaway frame that could be provided to the Graphics truck so they could patch up to OBX and provide an IP connection back to OBX. As OBX was going to be the first of three trucks, it would be a nice feature if we could hook all three trucks up using IP as opposed to large umbilical's of SDI.

High Level Overview BLAN is Broadcast LAN Management of all broadcast devices Media LAN is all TR-04 Media Transport Grass Valley Kayenne Production Switcher Pretty much the largest one we have, fully populated. Even though we were using IP connectivity, the ability to work in 2SI mode allows us to support 4M/E’s when working in UHD. On-board Modular IP Gateway Interfaces, also supporting TICO. All GV devices capable of providing a TICO Encoded stream also provide a 1080p monitoring stream. So, the TICO stream is used for the Production Switcher, it can go to the Tailboard whilst your 1080p monitoring stream can be sent around the truck for use by other devices such as the Multiviewers.

Grass Valley Kayenne Production Switcher Pretty much the largest one we have, fully populated. Even though we were using IP connectivity, the ability to work in 2SI mode allows us to support 4M/E’s when working in UHD. On-board Modular IP Gateway Interfaces, also supporting TICO. All GV devices capable of providing a TICO Encoded stream also provide a 1080p monitoring stream. So, the TICO stream is used for the Production Switcher, it can go to the Tailboard whilst your 1080p monitoring stream can be sent around the truck for use by other devices such as the Multiviewers.

IP Core X and Y Spines 11 + 11 Leaves Approx 150 IPG’s 10 GV Cameras 6 GV Nodes w KMX

Remote Facility Requirements Redundant 100G media trunks to remote facility Remote facility uses third party switch Interop was not an issue GV Convergent controlling flows and managing bandwidth between the sites Redundant 10G trunks to broadcast LAN for control and monitoring Solution needed to support 32 x UHD Cameras (not a small truck, needs to support Premier League Football Matches) 12 x UHD Replay Systems 1 x UHD Production Switcher 47 Multiviewers (plenty of monitoring positons for Production, Audio, VT, Engineering or on the Tailboard). Important to remember that the deliverables to the client have more than doubled. No longer HD with 5.1 and Stereo Audio Mixes, we are now having to provide UHD with Dolby Atmos. 5.1 and Stereo plus an HD Variant and a Clean version for the World Feed and so on… As is usually the case at large sporting events, Arena understood that OBX would not be the only IP truck that turned up, other OB’s would require a feed, trucks for uplinks, trucks for graphics and so this connectivity would also need to be catered for. In light of this GV provided a fairly unique solution whereby the OBX Tailboard offers bi-directional connectivity. So, Input ports could become output ports by having the control system switch them. We also provided a flyaway frame that could be provided to the Graphics truck so they could patch up to OBX and provide an IP connection back to OBX. As OBX was going to be the first of three trucks, it would be a nice feature if we could hook all three trucks up using IP as opposed to large umbilical's of SDI.

Modular IP I/O (2 x 10GbE SFP+) Grass Valley Kayenne Production Switcher Pretty much the largest one we have, fully populated. Even though we were using IP connectivity, the ability to work in 2SI mode allows us to support 4M/E’s when working in UHD. On-board Modular IP Gateway Interfaces, also supporting TICO. All GV devices capable of providing a TICO Encoded stream also provide a 1080p monitoring stream. So, the TICO stream is used for the Production Switcher, it can go to the Tailboard whilst your 1080p monitoring stream can be sent around the truck for use by other devices such as the Multiviewers.

GV Convergent GV Convergent was used as SDN interface to DCNM Used to configure all IP devices and end-points High level topology view Key to give quick and simple view of entire solution With DCNM integration we simplified system diagnostics Path view of media flows Real-time data on system bandwidth Security was key principle Default deny ACL Only flows that have been managed by GVC are allowed Solution needed to support 32 x UHD Cameras (not a small truck, needs to support Premier League Football Matches) 12 x UHD Replay Systems 1 x UHD Production Switcher 47 Multiviewers (plenty of monitoring positons for Production, Audio, VT, Engineering or on the Tailboard). Important to remember that the deliverables to the client have more than doubled. No longer HD with 5.1 and Stereo Audio Mixes, we are now having to provide UHD with Dolby Atmos. 5.1 and Stereo plus an HD Variant and a Clean version for the World Feed and so on… As is usually the case at large sporting events, Arena understood that OBX would not be the only IP truck that turned up, other OB’s would require a feed, trucks for uplinks, trucks for graphics and so this connectivity would also need to be catered for. In light of this GV provided a fairly unique solution whereby the OBX Tailboard offers bi-directional connectivity. So, Input ports could become output ports by having the control system switch them. We also provided a flyaway frame that could be provided to the Graphics truck so they could patch up to OBX and provide an IP connection back to OBX. As OBX was going to be the first of three trucks, it would be a nice feature if we could hook all three trucks up using IP as opposed to large umbilical's of SDI.

Topology View Grass Valley Kayenne Production Switcher Pretty much the largest one we have, fully populated. Even though we were using IP connectivity, the ability to work in 2SI mode allows us to support 4M/E’s when working in UHD. On-board Modular IP Gateway Interfaces, also supporting TICO. All GV devices capable of providing a TICO Encoded stream also provide a 1080p monitoring stream. So, the TICO stream is used for the Production Switcher, it can go to the Tailboard whilst your 1080p monitoring stream can be sent around the truck for use by other devices such as the Multiviewers.

Path View Select destination to examine Source Destination Shows route through both X and Y networks Grass Valley Kayenne Production Switcher Pretty much the largest one we have, fully populated. Even though we were using IP connectivity, the ability to work in 2SI mode allows us to support 4M/E’s when working in UHD. On-board Modular IP Gateway Interfaces, also supporting TICO. All GV devices capable of providing a TICO Encoded stream also provide a 1080p monitoring stream. So, the TICO stream is used for the Production Switcher, it can go to the Tailboard whilst your 1080p monitoring stream can be sent around the truck for use by other devices such as the Multiviewers.

PTP Pick your Grand Master Clocks carefully This GM was fixed to 1G SFP, Media Network switches only support 10G+ SFPs Only one NIC on each GM Required the use of extra switches to distributed PTP PTP was distributed to Media Network, Broadcast LAN, and station operations network On hindsight, PTP was built overly complicated Extra PTP distribution switches added a lot to complexity Solution needed to support 32 x UHD Cameras (not a small truck, needs to support Premier League Football Matches) 12 x UHD Replay Systems 1 x UHD Production Switcher 47 Multiviewers (plenty of monitoring positons for Production, Audio, VT, Engineering or on the Tailboard). Important to remember that the deliverables to the client have more than doubled. No longer HD with 5.1 and Stereo Audio Mixes, we are now having to provide UHD with Dolby Atmos. 5.1 and Stereo plus an HD Variant and a Clean version for the World Feed and so on… As is usually the case at large sporting events, Arena understood that OBX would not be the only IP truck that turned up, other OB’s would require a feed, trucks for uplinks, trucks for graphics and so this connectivity would also need to be catered for. In light of this GV provided a fairly unique solution whereby the OBX Tailboard offers bi-directional connectivity. So, Input ports could become output ports by having the control system switch them. We also provided a flyaway frame that could be provided to the Graphics truck so they could patch up to OBX and provide an IP connection back to OBX. As OBX was going to be the first of three trucks, it would be a nice feature if we could hook all three trucks up using IP as opposed to large umbilical's of SDI.

PTP High Level Broadcast LAN X-Y Media LAN PTP Distribution switches Grass Valley Kayenne Production Switcher Pretty much the largest one we have, fully populated. Even though we were using IP connectivity, the ability to work in 2SI mode allows us to support 4M/E’s when working in UHD. On-board Modular IP Gateway Interfaces, also supporting TICO. All GV devices capable of providing a TICO Encoded stream also provide a 1080p monitoring stream. So, the TICO stream is used for the Production Switcher, it can go to the Tailboard whilst your 1080p monitoring stream can be sent around the truck for use by other devices such as the Multiviewers.

PTP Distribution LAN Grass Valley Kayenne Production Switcher Pretty much the largest one we have, fully populated. Even though we were using IP connectivity, the ability to work in 2SI mode allows us to support 4M/E’s when working in UHD. On-board Modular IP Gateway Interfaces, also supporting TICO. All GV devices capable of providing a TICO Encoded stream also provide a 1080p monitoring stream. So, the TICO stream is used for the Production Switcher, it can go to the Tailboard whilst your 1080p monitoring stream can be sent around the truck for use by other devices such as the Multiviewers.

PTP Media Network Grass Valley Kayenne Production Switcher Pretty much the largest one we have, fully populated. Even though we were using IP connectivity, the ability to work in 2SI mode allows us to support 4M/E’s when working in UHD. On-board Modular IP Gateway Interfaces, also supporting TICO. All GV devices capable of providing a TICO Encoded stream also provide a 1080p monitoring stream. So, the TICO stream is used for the Production Switcher, it can go to the Tailboard whilst your 1080p monitoring stream can be sent around the truck for use by other devices such as the Multiviewers.

PTP into Broadcast LAN Grass Valley Kayenne Production Switcher Pretty much the largest one we have, fully populated. Even though we were using IP connectivity, the ability to work in 2SI mode allows us to support 4M/E’s when working in UHD. On-board Modular IP Gateway Interfaces, also supporting TICO. All GV devices capable of providing a TICO Encoded stream also provide a 1080p monitoring stream. So, the TICO stream is used for the Production Switcher, it can go to the Tailboard whilst your 1080p monitoring stream can be sent around the truck for use by other devices such as the Multiviewers.

Audio Interop was initially an issue GV gear was using Level C 125 packet timing 16 channel trunks Audio Console only supported Level A 1ms packet timing 8 channel trunks Intercom was using Level C Solution needed to support 32 x UHD Cameras (not a small truck, needs to support Premier League Football Matches) 12 x UHD Replay Systems 1 x UHD Production Switcher 47 Multiviewers (plenty of monitoring positons for Production, Audio, VT, Engineering or on the Tailboard). Important to remember that the deliverables to the client have more than doubled. No longer HD with 5.1 and Stereo Audio Mixes, we are now having to provide UHD with Dolby Atmos. 5.1 and Stereo plus an HD Variant and a Clean version for the World Feed and so on… As is usually the case at large sporting events, Arena understood that OBX would not be the only IP truck that turned up, other OB’s would require a feed, trucks for uplinks, trucks for graphics and so this connectivity would also need to be catered for. In light of this GV provided a fairly unique solution whereby the OBX Tailboard offers bi-directional connectivity. So, Input ports could become output ports by having the control system switch them. We also provided a flyaway frame that could be provided to the Graphics truck so they could patch up to OBX and provide an IP connection back to OBX. As OBX was going to be the first of three trucks, it would be a nice feature if we could hook all three trucks up using IP as opposed to large umbilical's of SDI.

SMPTE ST 2110-30: Audio SMPTE ST 2110 – 30 (uncompressed audio – RFC 3190) Specifies the real-time, RTP-based transport of PCM digital audio streams over IP networks by reference to AES67. An SDP-based signalling method is defined for metadata necessary to receive and interpret the stream Uncompressed linear PCM audio only Relatively flexible 48kHz sampling 16 and 24-Bit depth Variable packet timing è 125us to 1ms Channel count based on packet timing è 8 channels @ 1ms vs 64 channels @ 125us Low bandwidth consumption è 8 channels x 24 bits x 48,000 samples x 1.5 (RTP) = 9.7Mbits/sec Published

SMPTE ST 2110-30: Audio Levels SMPTE ST 2110 – 30 (Uncompressed Audio – RFC 3190) Level(s) Supported by the Receiver A Reception of 48 kHz streams with from 1 to 8 channels at packet times of 1 ms AX Reception of 48 kHz streams with from 1 to 8 audio channels at packet times of 1 ms. Reception of 96 kHz streams with from 1 to 4 channels at packet times of 1ms B Reception of 48 kHz streams with from 1 to 8 channels at packet times of 1 ms
or 1 to 8 channels at packet times of 125 µs BX Reception of 48 kHz streams with from 1 to 8 channels at packet times of 1 ms
or 1 to 8 channels at packet times of 125 µs. Reception of 96 kHz streams with 
from 1 to 4 channels at packet times of 1ms
or 1 to 8 channels at packet times of 125 µs C Reception of 48 kHz streams with from 1 to 8 channels at packet times of 1 ms
or 1 to 64 channels at packet times of 125 µs CX Reception of 48 kHz streams with from 1 to 8 channels at packet times of 1 ms
or 1 to 64 channels at packet times of 125 µs. Reception of 96 kHz streams with
from 1 to 4 channels at packet times of 1ms
or 1 to 32 channels at packet times of 125 µs

Thank you! Questions?