Picolo.net HD8R

Eight-input HD-SDI rack-mount low-latency IP video encoder

At a glance
  • Stream video from 8 Full HD (1080p30) or HD (720p60) HD-SDI cameras over an IP network
  • 83ms wire-to-wire latency when used with the Picolo.net LLD2 decoder
  • ONVIF Profile S interface for interoperability with major Video Management Software
  • High-quality H.264 encoder, up to 3 encoded streams per camera
  • Optional audio modules

Compare specs Where to buy


Stream HD video from standard HD-SDI cameras over an IP network

  • HD-SDI uses the same coaxial cables as analog and delivers high-definition digital video over at least 100 meters of standard RG59 cable
  • HD-SDI is as easy to install and maintain as analog CCTV systems


ONVIF Profile S compliance for seamless VMS compatibility

  • Exacq [exacqVision]
  • Genetec [Omnicast and Security Centre]
  • Milestone Systems [XProtect Corporate and Enterprise]
  • OnSSI [Ocularis]
  • Digifort
  • AxxonSoft [Axxon Smart]
  • Inaxsys
  • Seetec


With DG06 Technology Development Department support


83ms wire-to-wire latency between Picolo.net encoder and Picolo.net LLD2 decoder

In the video world, the time lag between the instant a frame is captured and the instant that frame is displayed is called glass-to-glass latency. Research has shown that an operator’s ability to accurately perform precision manual tasks or surgical tasks decreases when glass-to-glass latency exceeds a 300 to 500 ms range.

Euresys can now reduce the glass-to-glass latency to less than 100ms in full HD, in specific conditions with a dedicated decoder. Euresys has recently developed a low latency video encoder, designed for remote control of industrial processes in critical or hazardous areas. With the Picolo.net encoder, operators will be able to control machines, cranes or robots from afar with an improved response time, thanks to the advanced technologies implemented to stream full HD video over an IP network.


Easy-to-use local or remote device setup via web pages


High-quality H.264 encoder with up to three streams per camera

  • H.264 is efficient: Up to 40 cameras can stream low-latency video over a Gigabit Ethernet network
  • The highest quality HD video can be streamed, viewed, analyzed and stored anywhere on an IP network


Use a single network port for four cameras, reducing the number of network switches required


Mechanical
Form Factor Stand alone device
Housing Aluminum housing
Mounting Short and long brackets included in order to fit all 19-in racks
Dimensions L 433.20 mm x H 43.7 mm x D 203 mm without brackets
L 482.61 mm x H 43.7 mm x D 203 mm with brackets
(Dimensions excluding cable connector plugs)
Weight 2.88 kg, 6.35 lb, without option modules and without brackets
Add 50 g, 0.11 lb, for long brackets
Add 100 g, 0.22 lb,for Cooling module option
Add 20 g, 0.044 lb, for each Audio Module option
Camera / video inputs
Connectors
  • MODULE A - INPUT1 to INPUT 4: 4x BNC female connectors on the rear panel
  • MODULE B - INPUT1 to INPUT 4: 4x BNC female connectors on the rear panel
Formats and standards (HD)
  • 720p (SMPTE 296M)
  • 1080p (SMPTE 274M) (progressive scan only)
Video inputs 2 x 4 HD-SDI (SMPTE 292M) / HDcctv 1.0
Native resolution
  • 720p: 1280 x 720
  • 1080p: 1920 x 1080
Frame rate
  • 720p: 23.98, 24, 25, 29.97, 30, 50, 59.94, 60 fps
  • 1080p: 23.98, 24, 25, 29.97, 30 fps
Event reporting Video signal presence and video format change detected
Video presence indicators 8 green LEDs on front panel
Number of cameras 8
Audio modules
Specification
  • Up to four optional audio modules can be fitted inside Picolo.net HD8R
  • Audio modules must be ordered with the Picolo.net and are installed in factory
  • The specifications below apply to one module
Audio inputs
Number of inputs 2
Type Mono line-level analog input
Sampling rate Fixed, 48 kHz
Audio format
  • One single-channel audio stream per audio input
  • PCM G.711 μ-law, 64 kbps (8-bit @ 8 kHz)
Time stamping resolution 11.1 microseconds (90 kHz time clock)
Connectors
  • MODULE A - AUDIO INPUTS 1 to 4: 4 x TRS 3.5 mm jack socket connectors on the front panel
  • MODULE B - AUDIO INPUTS 1 to 4: 4 x TRS 3.5 mm jack socket connectors on the front panel
Audio outputs
Number of outputs 2
Type Mono line-level analog outputs
Audio format
  • One single-channel audio stream per audio output
  • PCM G.711 μ-law, 64 kbps (8-bit @ 8 kHz)
Time stamping resolution 11.1 microseconds (90 kHz time clock)
Connectors
  • MODULE A - AUDIO OUTPUTS 1 to 4: 4 x TRS 3.5 mm jack socket connectors on the front panel
  • MODULE B - AUDIO OUTPUTS 1 to 4: 4 x TRS 3.5 mm jack socket connectors on the front panel
Streaming
Media transport protocol RTP, RTCP
Media transport control protocol RTSP for RTP streams, TCP for RTSP streams
RTP transport modalities
  • RTP over UDP Unicast and over UDP Multicast
  • RTP interleaved in RTSP over HTTP
  • RTP Transport Media Types
  • RTP Payload Format for H.264 Video
  • RTP Payload Format for MJPEG Video
Network
LAN interface 2 x Ethernet 10BASE-T/100BASE-TX/1000BASE-T, automatic speed negotiation
LAN connector 2 x RJ45 with link and activity LED indicators
Application layer protocols DHCP, DNS, HTTP, HTTPS, NTP, RTCP, RTP, RTSP, TLS 1.0
Transport layer protocols TCP, UDP
Internet layer protocols IPv4, ICMP, IGMPv2
IP address allocation methods DHCP, LLA, Static IP
Number of IP address/MAC address 1
User authentication and access policy
HTTP and RTSP authentication Using the "HTTP Digest Authentication" mechanism
WS authentication Using the WS-Security “Username Token” mechanism, with the "Password Digest" password type
Web pages Through login/password dialog box
Access policy ONVIF 2.2 default policy with four user levels: administrator, operator, user and anonymous
Encryption mechanisms
Web service Messages encryption using TLS 1.0
HTTPS web pages Access encryption using TLS 1.0
ONVIF or proprietary APIs
ONVIF Profile S 1.0 For interoperability with major Video Management Software
Proprietary web services For advanced use
Maintenance client interface To backup and restore configurations, to remotely reboot and upgrade the embedded firmware
Web pages For easy installation, set up and testing
System integration
Alarm inputs 2 x 4 non-isolated polarity insensitive inputs for closing contacts or electronic sensor with CMOS digital outputs
Alarm inputs connectors Removable plugs with push-in terminals
Relay outputs 2 x 4 potential-free normally open contacts
Relay outputs connectors Removable plugs with push-in terminals
COM 2 bidirectional half-duplex RS-485 COM ports for the control of up to 8 Pelco-D compliant PTZ cameras
COM connector Removable plug with push-in terminals
Pan/Tilt/Zoom protocol Pelco D
Watchdog Yes
Electrical
Supply voltage 10 to 30 V DC, power supply via external unit
Power connector 2x removable plugs with 2 push-in terminals
Power consumption 30 W typical
Power status 2x "Power OK" green LEDs on rear panel
Environmental conditions
Operating ambient air temperature Without Cooling Module option:
  • One device alone or at least 2 U gap between devices: 0 to +65 °C, +32 to +149 °F
  • Stack of devices with at least 1 U space in-between: 0 to +55 °C, +32 to +131 °F
  • Stack of 3 devices without space in-between: 0 to +45 °C, +32 to +113 °F
  • Stack of any number of devices without space in-between: 0 to +35 °C, +32 to +95 °F
With Cooling Module option:
  • Stack of devices with at least 1 U space in-between: 0 to +75 °C, +32 to +167 °F
  • Stack of 3 devices without space in-between: 0 to +75 °C, +32 to +167 °F
  • Stack of any number of devices without space in-between: 0 to +70 °C, +32 to +158 °F
Operating ambient air humidity 10% to 90% RH non-condensing
Storage ambient air temperature -20 to +70 °C, -4 to +158 °F
Storage ambient air humidity 10% to 90% RH non-condensing
Dissipated power
  • At 25°C ambient temperature: 102 BTU/h, 30 W (measured with H.264 encoder at full workload)
  • At maximum operating ambient temperature: 116 BTU/h, 34 W (measured with H.264 encoder at full workload)
Certifications
Electromagnetic - EMC standards
  • European Council EMC Directive 2004/108/EC
  • Unites States FCC rule 47 CFR 15
EMC - Emission
  • EN 55022:2010 Class A
  • FCC 47 CFR 15 Class A
EMC - Immunity
  • EN 61000-4-3
  • EN 61000-4-4
  • EN 61000-4-5
  • EN 61000-4-6
  • EN 61000-4-11
Flammability PCB compliant with UL 94 V-0
RoHS European Union Directive 2011/65/EU (ROHS2)
REACH European Union Regulation 1907/2006
WEEE Must be disposed of separately from normal household waste and must be recycled according to local regulations
Ordering Information
Product code - Description
Options
Optional accessories

High definition video streaming

Endoscopic techniques are less invasive and are becoming more frequent in operating rooms. The smaller incisions generate less pain and facilitate a quick recovery. Cameras and monitors are used by the surgeon to visualize the operative field. The surgeons are hence more dependent on real time images.

Nowadays, a recent operating room in a hospital will typically include 10 cameras and monitors. Every medical device can be connected to the IP network and displayed on one or several monitors, inside or outside the operating room.

The images can be streamed to any rooms of the hospital, which allows collaboration with peer surgeons or pathologists. Students or other staff members do not need to be in the operating room and can be at a conference room location.

High-definition low latency video streaming over IP for remote control

  • Remote control of cranes. In container terminals, ship-to-shore cranes are controlled remotely. The operators are located in a control station hundreds of meters from the crane and really enjoy the comfortable and ergonomic working position. They are sitting in an armchair, triggering movements with a joystick and buttons and looking at monitors showing images from the cameras. Motion sickness is no more a problem. Remote control made it possible to increase the speed of the crane and to decrease the container loading cycle time.
  • Remote control of drones. Drones can be equipped with high definition cameras for a more precise control and a more detailed inspection. The video streams can be encoded onboard and streamed over the Wi-Fi network to the ground station where they will be processed and archived.

High-definition low latency video streaming over IP

Example: Critical infrastructure

  • Off-shore drilling platforms
  • Oil, gas production, pipelines
  • Petrochemical refineries
  • Power plants
  • Mining
  • Factories / manufacturing plants
  • Military

High-definition low latency video streaming over IP for factory surveillance

In a manufacturing workshop, up to 40 cameras and encoders can be connected to the local (specific) IP network. Any image stream can be displayed on any monitor connected to the network. An operator can monitor or control several machines at the same time.

The 2 MPixels camera and a powerful lens allow the operator to see the sharpest details of the scene. The comfort and the safety of the operator is improved as they can sit far away from the hazardous working area.

High-definition low latency video streaming over IP on oil rigs

Surveillance of critical infrastructure: Drilling is a hazardous operation and the presence of workers in the nearby should be avoided on the drilling floor, close to the turntable.

Tele-operated solutions allow to ensure the safety of operators in hazardous or isolated locations, like oil rigs. It is often hard to find people willing to work in such places and, in the future, one can also imagine unmanned platforms operated from the shore.

High-definition low latency video streaming over IP in mines

In open pit mines, unmanned trucks or excavators can be controlled safely from a remote location. The operators we can now benefit from the air conditioning and a reduced ambient noise. As a consequence, operator fatigue is reduced, with a direct influence on the reduction of errors and downtime in daily operations.

High-definition low latency video streaming over IP 1

Surveillance of casinos

High-definition low latency video streaming over IP 2

Video transmission for education, training

High-definition low latency video streaming over IP 3

Video transmission for sports and events

Picolo.net HD4/HD8R
  Download File size Operating system
Release Notes picolo-net-hd4-hd8r-releasenotes-7-5.pdf 0.4 MB Windows, Linux
Documentation picolo-net-hd4-handbook-7-4-444.pdf 11 MB Windows, Linux
picolo-net-hd4-installation-guide-1-0-340.pdf 1.3 MB Windows, Linux
picolo-net-hd8r-handbook-7-4-444.pdf 10 MB Windows, Linux
picolo-net-hd8r-installation-guide-1-0-340.pdf 0.8 MB Windows, Linux
Setup Files picolo-net-hd4-hd8r-firmware-7-5.bin 38 MB Windows, Linux
picolo-net-hd4-hd8r-sourcecode-7-5.tar.gz 0.2 GB Windows, Linux
Certifications picolo-net-hd4-onvif-declaration-7-4.pdf 35 kB Windows, Linux
picolo-net-hd4-onvif-features-7-4.xml 7 kB Windows, Linux
picolo-net-hd4-onvif-testreport-7-4.pdf 0.4 MB Windows, Linux
picolo-net-hd8r-onvif-declaration-7-4.pdf 39 kB Windows, Linux
picolo-net-hd8r-onvif-features-7-4.xml 7 kB Windows, Linux
picolo-net-hd8r-onvif-testreport-7-4.pdf 0.2 MB Windows, Linux
ONVIF Tools for Picolo.net
  Download File size Operating system
Setup Files OnvifDeviceScanner_1.1.exe 0.4 MB Windows
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Warranty Replacement and Repair Procedure for Material Goods 2015-03-01