Transcript
Extending Broadcast Success Over Any IP Network
VideoFlow’s Digital Video Protection (DVP) products extend professional broadcast service success over any IP network; opening opportunities to deliver reliable broadcast service at a fraction of the cost of satellite, fiber, or leased lines.
Service Continuity is considered equally important, if not more important than Video Quality, as loss of service directly translates into lost revenue. VideoFlow’s DVP products employ state-ofthe-art innovative algorithms, features, and toolsets effectively protecting Video Quality and maintaining Service Continuity under the most demanding network conditions. Key Benefits Maintain Service Continuity VideoFlow products protect your revenue stream by maintaining Service Continuity of broadcast services over any IP network. VideoFlow DVP features and toolsets include, adapting the video rate to changes in network resources, network resources sharing to increase connection stability, and the tools to establish non single point of failure (NSPOF) network architectures.
Effective Video Quality Protection The effectiveness of VideoFlow’s state-of-the-art Video Quality protection algorithms have been proven to add a very low overhead, with the shortest delay in the market and the fastest recovery time, while minimizing the effect of lost packets recovery retransmission on the IP network load. VideoFlow’s algorithms include accurate packet timing recovery by locking to either the video stream PCR or to the stream packet rate, thereby effectively eliminating packet jitter.
Lower Total Cost of Ownership (TCO) VideoFlow DVP allows for reducing the TCO, beyond just replacing expensive infrastructures with lower cost IP-based connections. Included are features that lower the cost of the day-to-day operation by providing effortless connectivity requiring minimal IT resources, stream monitor in real time and graphic network statistics (GNS) to minimize the time to resolve any issue and resume normal operation. In addition in-band monitoring and management of remote DVPs are available to the DVP in a central site.
Increase Revenues Loss of service adversely impacts revenue due to lower customer satisfaction, which can be attributed to the loss of advertising revenue. By adding redundancy higher “up time” is ensured, thus significantly lowering the possibility of loss of service. VideoFlow’s DVP Service Continuity features and toolsets are specifically designed to maintain the highest level of service availability. It opens new markets previously out of reach, due to either infrastructure costs, or the availability of reliable connections. New markets which are now be connected over any IP network, including the public Internet, will enrich content portfolio addressing the interests of new audiences.
Low Cost of Change VideoFlow’s DVP cuts the cost of change and accelerates ROI by broadcasting over IP-based infrastructures, without the need of changing your broadcast equipment. VideoFlow DVP is equipment vendor independent, encoding/decoding technology independent, as well as video format independent be it MPEG2, MPEG4/H.264, or HEVC/H.265, at any resolution including SD, HD, 4K, and 8K. Just as important is VideoFlow’s DVP enables long-term growth strategy which allows for easily adding capacity or new features to meet future network broadcast service requirements.
Specifications Video over IP Interfaces 10/100/1000 Base-Tx, RJ-45 connectors 4-ports ASI IN, BNC connectors hardware option ASI to IP conversion Encoding Formats MPEG2, H.264, HEVC Video Resolution QCIF, SD, HD, 2K, 4K, 8K Encapsulation TS over IP MPEG over IP 188/204 Bytes per MPEG packet 1-7 MPEG packets per IP packet CBR/VBR Transport SPTS, MPTS Multicast/Unicast UDP RTP/UDP Advanced TS Service Demux per stream(1) TS PID Demux per stream(1) Network Architectures Point-to-point Point-to-multipoint Multipoint-to-point Transit (Video over IP Cross-connect) Bi-directional VPN GRE tunnels UDP optimized tunnels AES128 encryption AES256 encryption IPsec tunnels NAT Traversal EasyLink Address-restricted cone NAT Port-restricted cone NAT Symmetric NAT IP Header Conversion / Remapping DST/SRC IP address remapping UDP DST port number remapping Transport Layer Conversion UDP to RTP (input) RTP to UDP (output) Advanced VLAN Tagging Virtual IP address (per interface) Network Time Protocol (NTP) client Domain Name System (DNS) client Static routing Port forwarding Utilities Live bit rate monitoring Live packet loss ratio monitoring Speed test Traffic capture (network sniffer) Stream detection Ping
(1) Require license
Video Quality (VQ) Protection Jitter elimination Configurable buffer (default: 500 msec) Min configurable delay: 10 msec Max configurable delay: 10 min Transit delay (Fortress): 5 msec Lock to PCR mode (CBR) Lock to packet rate mode (VBR/CBR) Lost packets recovery Automatic Repeat reQuest (ARQ) SMPTE 2022 -1/2 FEC Tx SMPTE 2022 -1/2 FEC Rx FEC Rx to ARQ Tx conversion ARQ Rx to FEC Tx conversion Hybrid ARQ/FEC Advanced Null packet deletion/reconstruction (NPD) ARQ Prioritized Protection Flow (PPF) Service Continuity Adaptive Controlled Adaptive Rate (CAR) per stream(1) Multi Profile Distribution (MPD) Network Resources Sharing Dynamic Load Share (DLS) Load sharing per stream(1) No single point of failure (NSPOF) Stream Duplication Hitless input TS redundancy per stream Input TS failover per stream(1) Stream Input Redundancy (SIR) Stream Output Redundancy (SOR) Wakeup Peer DVP (WPD) Multiple ISP connections Multiple DHCP clients Multiple default gateways Security Local Username / password protection Integrated Firewall Remote AES128 encrypted VPN AES256 encrypted VPN Remote DVP management via VPN Remote site management via VPN(6) TS Analysis and Statistics in Real-time PID, CC, PMT, PAT information PCR bit rate information ETSI TR 101 290 Priority 1, 2, 3 Compatible Statistics Graphical Network Statistics (GNS) TS number of lost packets TS number of recovered packets TS number of unrecovered packets TS number of sync losses/disconnects Input TS bit rate Input TS Packet rate Input TS packet loss ratio Control and Monitoring Peer DVP Statistics Email alerts Web UX Alarms Syslog Event Logger HTTP/HTTPS, Telnet / SSH SNMP (v1, v2, v3) REST
Specifications DVP VXU
DVP10X
DVP100X
DVP1000
DVP VM
YES
YES
YES
YES
YES
Operational Mode Protector, Sentinel, Fortress
Virtual Machine
N/A
N/A
N/A
N/A
ESXi Virtual Box KVM VMWare workstation
3 NO N/A
5 YES YES
5 YES YES
5 YES YES
N/A(1) N/A N/A
40Mbps 8
80Mbps 16
400Mbps 80
800Mbps 200
Unlimited(2) Unlimited(2)
8
16
80
200
200
YES
YES
YES
YES
N/A
NO YES
YES YES
YES YES
YES YES
N/A N/A
-20-60°C -4-140°F -20-70°C 4-158°F
0-40°C 32-104°F -20-70°C 4-158°F
0-40°C 32-104°F -20-70°C 4-158°F
0-40°C 32-104°F -20-70°C 4-158°F
5%-95% 5%-95%
5%-90% 5%-95%
5%-95% 5%-95%
5%-95% 5%-95%
Video over IP Interfaces 10/100/1000 Base-Tx, RJ-45 connectors 4-ports ASI IN, BNC connectors hardware option ASI to IP Conversion Capacity Max bit rate Max number of TS
VPN Max number of tunnels
Control and Monitoring Remote Interfaces 10/100/1000 Base-Tx, RJ-45 Local Interfaces LCM (Status, Management IP address) RS-232 through RJ-45
Environmental Temperature Ambient operational temperature Ambient storage temperature Humidity Ambient operational humidity (non-condensing) Ambient storage humidity (non-condensing) Physical Dimensions Chassis Dimensions (W x H x D) Weight Power Number of power supplies Input voltage Max Power Compliance CE FCC Class A RoHS
145x35x84 mm 431x44x305 mm 431x44x305 mm 431×44×415 mm 5.8''x1.4''x3.4'' 17''x1.8''x12.1'' 17''x1.8''x12.1'' 17’’×1.8’’×16.4’’ 0.7 kg, 1.5 lb. 4kg, 8.8 lb. 7 kg, 15.4 lb. 8.2 kg, 18.1 lb.
N/A N/A N/A N/A N/A
1 AC 100-240V @50-60 Hz 12VDC/2.5A 30W Ext. Adapter
1 AC 100-240V @50-60 Hz
1 AC 100-240V @50-60 Hz
2 AC 100-240V @50-60 Hz
N/A
150W
220W
275W
N/A
YES YES YES
YES YES YES
YES YES YES
YES YES YES
N/A N/A N/A
(1) Hypervisor dependent (2) hardware platform dependent
VideoFlow Ltd. HQ 11 Ha’amal street, Park Afek Rosh Ha’ayin, 4809241, Israel Tel: +972-3-6130655 Fax: +972-3-6130644 email:
[email protected]
N/A
VideoFlow North America Office 318 W Adams street Chicago IL, 60606, USA Tel: +1 (408) 484 9080
email:
[email protected]
N/A
