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- Offer Profile
- Pleora is one of the few companies worldwide that specializes in
interfaces and software for transmitting video and related data over
Ethernet networks. And we are the only company that offers a
complete end-to-end solution that includes interface hardware and IP
packages for video sources, monitors, and processing equipment; as
well as a comprehensive SDK and video server API.
We helped revolutionize the machine vision industry by pioneering
this technology and co-founding the GigE Vision® standard. The GigE Vision
standard is now a globally in-demand protocol for virtually all sectors
where high-performance, uncompressed video transmission is required — from
applications in C-arms for image-guided surgery and LSA systems for military
vehicles, to automated tolling systems on highways and quality inspection of
pixels for flat-panel television screens.
Product Portfolio
Networked Video for
Vision-Critical Applications
- Pleora offers a complete portfolio of Gigabit Ethernet
(GigE)-based video interface products for integration into high-performance
vision systems that all work seamlessly together using the GigE Vision® and
GenICam™ standards.
Learn more about how Pleora can help you optimize the design and performance
of vision systems by exploring our product lines below.
iPORT™ Video Transmitters
- Pleora’s iPORT™ IP engines are Internet Protocol (IP) video
and control interfaces that transmit video in real-time over Gigabit
Ethernet (GigE) with consistent low latency and low jitter.
As a key element in Pleora’s end-to-end networked video solution, iPORT IP
engines can deliver video to one or more destinations for processing,
display or storage. Included with Pleora’s IP engines is the eBUS™ SDK, our
field-proven PC software.
Solve design challenges
By streaming video over standard GigE networks, this product family solves a
number of nagging system design challenges associated with other common
video interfaces:
- Limited cabling lengths;
- High bandwidth video transmission;
- Routing issues related to cabling flexibility, bend radius, and thickness;
and
- Lack of video distribution capability.
Reduce system costs
In addition to its design advantages, a GigE network architecture reduces a
system’s overall cost and complexity since it not only demands fewer
components, but most components are standard, off-the-shelf supply.
Ensure interoperability
Our iPORT IP engines meet the standards of GigE Vision® and GenICam™,
providing system designers with interoperability between devices.
Leverage engineering expertise
Beyond the benefits of Ethernet, designers enjoy the specific advantages
that come with the Pleora relationship:
- Access and apply our extensive engineering experience in networked video to
your application.
- Benefit from our expert understanding of the GigE Vision standard, which
Pleora co-founded.
- Receive support for a variety of in-camera and in-system video interfaces.
- Leverage powerful configuration software specifically designed for fast
GenICam integration.
- Save time with our software development kit, which includes a
high-performance driver that minimizes the resources required of the host
PC.
iPORT™ NTx-Pro IP Engines
- Superior performance, low-power GigE Vision®
connectivity in a reliable and flexible OEM board ideal for embedded
systems.
Product Attributes
Pleora’s iPORT™ NTx-Pro IP engine is a compact, low-power video transmitter
that gives systems integrators a fast, low-risk way to add real-time Gigabit
Ethernet (GigE) video connectivity to almost any vision system or camera.
Featuring a field-hardened and flexible Altera® FPGA, the iPORT NTx-Pro
board includes 2 MB of SRAM and 32 MB of frame buffer memory, enabling a
wide range of on-board processing options and a template for the insertion
of custom third-party logic. It is available as an off-the-shelf Original
Equipment Manufacturer (OEM) board or as customizable Intellectual Property.
Ideal for medical imaging systems, industrial automation systems, military
and global surveillance systems the iPORT NTx-Pro IP engines leverage the
open GigE Vision® and GenICam™ standards for communication over a GigE link.
Gigabit Ethernet for video transfer increases interoperability between
products from different manufacturers, while dramatically lowering system
cost and complexity.
Product Features
- FPGA architecture ensures low, predictable end-to-end latency and jitter
- Altera FPGA with optional template for the insertion of custom third-party
logic with the iPORT NTx-Pro Intellectual Property
- Low power consumption (1.8 W)
- Ideal for embedded systems with a compact footprint of 33 mm x 67 mm
- Flexible, scalable Gigabit Ethernet (GigE) networking options, including
multicast
- Built-in Programmable Logic Controller (PLC) for advanced real-time
synchronization and triggering
- Compatible with the AutoGEV XML generation tool — a unique GenICam XML
management utility for creating GenICam compliant devices
Networked Video
Compatible with Pleora’s vDisplay™ video receivers, as well as Pleora’s
feature-rich application toolkit, eBUS™ SDK, the iPORT NTx-Pro video
transmitters enable embedded systems and industrial cameras to become part
of a complete networked video connectivity solution over Gigabit Ethernet.
iPORT™ NTx-Pro2 Intellectual Property
- Pleora's iPORT™ NTx-Pro2 Intellectual Property
includes all of the tools and development support you need to customize our
high-performance video networking technology.
Tailor our Technology
Hundreds of companies have partnered with Pleora, choosing to use our
Intellectual Property to reduce design risk and shorten time-to-market.
We’re proud to share in the success of so many high-performance products.
Pleora is a member of the Altera Megafunction Partners Program, known as
AMPPSM. Under AMPP, Altera forms partnerships with select third-party
companies that develop Intellectual Property for its FPGAs.
Pleora’s iPORT NTx-Pro2 Intellectual Property accommodates a wide range of
video formats, form factors, and feature sets.
Build Your Own Hardware
Follow the iPORT™ NTx-Pro2 Hardware Reference Design, licensed by Pleora, to
develop your own GigE Vision® compliant hardware. Then, use the
off-the-shelf iPORT NTx-Pro2 FPGA load, or create a custom FPGA load by
integrating the iPORT NTx-Pro2 IP core with your own logic with the option
to use Pleora’s HDL reference design.
Create a Customized FPGA Load
Pleora’s iPORT™ NTx-Pro2 IP Core Package allows you to leverage
off-the-shelf iPORT NTx-Pro IP engine hardware, or custom hardware, while
customizing the content of the FPGA by integrating your organization’s FPGA
logic with the iPORT NTx-Pro2 IP core. With an included HDL reference
design, the IP core package ensures fast-time-to-market and significant
design flexibility at relatively low risk.
Maximum Design Flexibility
Engineering your own hardware and FPGA provides maximum design flexibility,
and can reduce PCB real estate, reduce the parts list, and reduce power
consumption for a fully optimized solution.
Networked Video
Compatible with our vDisplay™ IP engines, as well as our feature-rich
application toolkit, eBUS™ SDK, Pleora's iPORT NTx-Pro2 Intellectual
Property is part of your tailored networked video connectivity solution over
Gigabit Ethernet.
iPORT™ SB-Pro IP Engines
- Transform Sony block cameras into GigE Vision®
compliant cameras with Pleora’s iPORT™ SB-Pro IP engines.
Product Attributes
Compact and simple to integrate, iPORT™ SB-Pro IP engines transmit
full resolution video with low, predictable latency. Complete with feature
control using the GenICam™ standard, these products are ideal for systems
integrators looking to differentiate their offerings, increase
interoperability, and introduce networking capabilities.
Ideal for machine vision, military vetronics, and medical imaging
applications, the iPORT SB-Pro IP engines leverage the open GigE Vision® and
GenICam standards for communication over a Gigabit Ethernet (GigE) link.
GigE for video transfer increases interoperability between products from
different manufacturers, while dramatically lowering system cost and
complexity. With GigE, cabling distances of up to 100 meters can be achieved
using standard CAT5/6 cabling; by incorporating common, off-the-shelf
switches, distances can be unlimited.
Product Features
- FPGA architecture ensures low, predictable end-to-end latency
- High-performance, up to 1080p at 30fps
- Video and camera control using a single cable
- Sony® VISCA™ camera control via GenICam interface
- Compact Sony block camera converter measures 69 mm x 42 mm x 25 mm (L x W x
H of board set in bracket)
- Flexible, scalable GigE networking options, including multicast
Compatibility
Sony® FCB-H11 block camera
Sony FCB-EX1020 and FCB-EX985E block cameras
Sony FCB-EH6300 block camera
Networked Video
Compatible with Pleora’s vDisplay™ video receivers, as well as Pleora’s
feature-rich application toolkit, eBUS™ SDK, the iPORT SB-Pro video
transmitter enables the Sony family of block cameras to become part of a
complete networked video connectivity
iPORT™ NTx-Pro2 Hardware Reference Design
- Pleora’s iPORT™ NTx-Pro2 Hardware Reference Design,
part of Pleora's iPORT NTx-Pro2 Intellectual Property, gives you maximum
design flexibility while you are supported by our expert design review
services.
Use the iPORT™ NTx-Pro2 Hardware Reference Design to create a
customized, field-hardened IP engine that meets your specific requirements.
Then, use the off-the-shelf iPORT NTx-Pro2 FPGA load, or create a custom
FPGA load by using the iPORT NTx-Pro2 IP Core Package.
iPORT NTx-Pro2 Hardware Reference Design Components
Follow the iPORT NTx-Pro2 Hardware Reference Design, licensed by Pleora, to
build your own GigE Vision® compliant hardware. The iPORT NTx-Pro2 Hardware
Reference Design contains:
- Schematics and sample layout files
- Default backup and application FPGA loads
- Bill of Materials with key extended temperature components
- Component obsolescence management
- Documentation
Benefits of Customization
Developing your own GigE Vision compliant hardware and customizing the
FPGA load provides maximum design flexibility, can reduce PCB real estate,
reduce the parts list, and reduce power consumption for a fully optimized
solution.
Expert Design Review Services
Take full advantage of the depth and breadth of Pleora’s expertise in
designing hardware for high-speed video networking. Our engineering team
provides in-depth analyses of board designs, schematics, layouts, and
components for issues related to EMI/EMC, power, heat, and performance.
These analyses improve the quality of the final product, speed
time-to-market, and vastly reduce risk.
Networked Video
Compatible with our vDisplay™ IP engines, as well as our feature-rich
application toolkit, the eBUS™ SDK, the iPORT NTx-Pro2 Hardware Reference
Design is a part of your tailored networked video connectivity solution over
Gigabit Ethernet.
iPORT™ NTx-Pro2 IP Core Package
- Integrate custom logic with Pleora’s IP core for a
truly optimized GigE Vision® solution.
Pleora’s iPORT™ NTx-Pro2 IP Core Package, part of Pleora’s iPORT
NTx-Pro2 Intellectual Property, allows you to create a custom FPGA load by
integrating your organization’s logic with the iPORT NTx-Pro2 IP core.
With an HDL reference design included, the iPORT NTx-Pro2 IP Core Package
ensures quick time-to-market and significant design flexibility at
relatively low risk.
To suit more specific requirements, you can design your own GigE Vision®
compliant hardware by following the iPORT NTx-Pro2 Hardware Reference
Design. This approach provides maximum design flexibility, can reduce PCB
real estate, reduce the parts list, and reduce power consumption for a fully
optimized solution.
iPORT NTx-Pro2 IP Core Package Components
Use the iPORT NTx-Pro2 IP Core Package to synthesize an FPGA load based on
Pleora's proven design, incorporating your own logic within.
The iPORT NTx-Pro2 IP Core Package contains:
- Encrypted IP core
- Hardware Description Language (HDL) reference design
- Gigabit Ethernet Media Access Controller (MAC)
- Device configuration scripts (to facilitate the automation of the
programming process during production)
Benefits of Customization
Combining your own custom logic with ours onto a single FPGA can provide a
multitude of benefits—lower power consumption, lower heat generation,
smaller product size, lower cost, and higher reliability. You can create a
single, customized FPGA load that can perform pixel correction, color space
conversion, or other transformation or analysis, before sending images to
Pleora’s iPORT NTx-Pro2 IP core.
Networked Video
Compatible with our vDisplay™ IP engines, as well as our feature-rich
application toolkit, eBUS™ SDK, the iPORT NTx-Pro2 IP Core Package is a part
of your tailored networked video connectivity solution over Gigabit
Ethernet.
iPORT™ Analog-Pro IP Engines
- Expand your GigE Vision® video network to include
high-value analog cameras with Pleora’s iPORT™ Analog-Pro IP engines.
Product Attributes
Compact and simple to integrate, iPORT™ Analog-Pro IP engines transmit
high-quality video from analog cameras with low, predictable latency over
Gigabit Ethernet (GigE). Able to encode analog to digital video from up to
two analog cameras simultaneously, this video transmitter is ideal for
systems integrators looking to realize the benefits of networked video
connectivity, while leveraging high-value analog cameras.
Ideal for local situational awareness (LSA) in military vetronics
applications, the iPORT Analog-Pro IP engines leverage the open GigE Vision®
and GenICam™ standards for communication over a Gigabit Ethernet (GigE)
link. With GigE, cabling distances of up to 100 meters can be achieved using
standard CAT5/6 cabling; by incorporating common, off-the-shelf switches,
cabling distances can be unlimited. Decreased cable size, increased
flexibility, and a tighter cable bend radius are a few of the additional
benefits gained when using the Analog-Pro IP engines for analog to digital
video transfer.
Product Features
- FPGA architecture ensures low, consistent latency and jitter
- Full resolution at 30 fps per channel
- Software-controlled general purpose inputs and outputs (GPIO)
- Two RS-232 ports to control external accessories
- Available as a compact (105 mm x 52 mm x 42 mm) board set designed for use
in a variety of housings
- Flexible, scalable Gigabit Ethernet (GigE) networking options, including
multicast
- Available as enclosed units and OEM board sets
Compatibility
Networked Video
Compatible with Pleora’s vDisplay™ video receivers, as well as Pleora’s
feature-rich application toolkit, eBUS™ SDK, the iPORT Analog-Pro video
transmitters enable analog cameras to become part of complete networked
video connectivity solution over Gigabit Ethernet. Interested in learning
more about Analog to Ethernet connectivity? Download the iPORT Analog-Pro
Data Sheet.
iPORT™ CL-Ten Dual Medium IP Engines
- Ultra-high-performance GigE Vision® connectivity
for Camera Link® medium cameras using 10 GigE links.
Product Attributes
Pleora’s iPORT™ CL-Ten Dual Medium IP engines deliver video data from
high-throughput Camera Link® Medium cameras to PCs, using innovative,
cost-saving 10 GigE technology. Vision applications, receiving image data
from the iPORT CL-Ten Dual Medium IP engines through the eBUS SDK, use
minimal CPU resources while ensuring consistent latency — ideal for
ultra-high-performance semiconductor, flat-panel, web, and other quality
inspection systems, as well as medical imaging and military systems. Faster
inspection times, through increased frame rates and maximum resolutions,
mean further cost-savings.
iPORT CL-Ten IP engines transport the imaging data over industry-standard
copper or fiber-based links using an small form-factor pluggable (SFP+)
connector for easy integration into off-the-shelf 10 GigE infrastructure.
This allows you to limit the use of expensive and bulky Camera Link cables,
extenders, and frame grabbers — and to locate PCs safely away from
inspection areas.
Compatible with the open GigE Vision® and GenICam™ standards, the IP engines
leverage Ethernet’s flexible networking capabilities, such as multicasting
and mesh architecture. The IP engines can be connected through one or more
switches along with a range of other system elements, such as cameras,
computers, processing devices, displays, and controllers — in meshed,
real-time video networks. Signals from system elements, connected to the
iPORT CL-Ten IP engine’s general purpose inputs and outputs (GPIO) allow you
to accurately synchronize and control the operation of conveyors, encoders,
cameras, sorting mechanisms, and other components — either independently
from* or in conjunction with the host PC on the network.
*Available mid-2012.
Applications
- Web inspection systems
- Military imaging systems
- Medical imaging systems
- Flat-panel inspection systems
- Infrared imaging systems
Product Features
- Aggregation of two Camera Link Medium cameras over a single link
- Supports PoCL® (Power over Camera Link), and CLProtocol
- High-speed video transmission using widely available components
- Combine 1 GigE and 10 GigE IP engines on a single network switch
- Re-use existing GigE Vision-compliant software applications
Networked Video
Compatible with Pleora’s feature-rich application toolkit, the eBUS™ SDK,
iPORT CL-Ten IP engines enable Camera Link Medium cameras to become part of
a complete networked video connectivity solution.
iPORT™
NTx-Mini IP Engines
- Compact and low-power OEM board provides
superior-performance, in-camera GigE Vision® connectivity to industrial
cameras.
Product Attributes
Pleora's iPORT™ NTx-Mini IP engines are high-performance video interfaces
that provide a fast and cost-effective way for camera manufacturers and
systems integrators to add low jitter, low latency Gigabit Ethernet (GigE)
connectivity to almost any digital camera or imaging system.
The iPORT NTx-Mini IP engine consists of three components: the Main Board,
the AdaptRBoard and the FlexEBoard. All three boards can be integrated as a
seamless in-camera package, or the Main Board can be combined with
customized implementations of the AdaptRBoard and FlexEBoard, allowing for a
flexible range of implementation options.
With their compact footprint, low power consumption, and flexible mounting
options, the iPORT NTx-Mini IP engines are an exceptional fit for small-body
industrial cameras and vision systems with strict power budgets. The IP
engines leverage the open GigE Vision® and GenICam™ standards for
communication over a GigE link. Gigabit Ethernet for video transfer
increases interoperability between products from different manufacturers,
while dramatically lowering system cost and complexity. They are ideal for
performance-oriented applications in the medical imaging, industrial
automation, and military and global surveillance systems sectors.
Product Features
- FPGA architecture ensures low, predictable end-to-end latency and jitter
- Low power consumption (from 1.45 W)
- Ultra-compact (42 mm x 42 mm), GigE Vision video interface for industrial
cameras
- Flexible, scalable Gigabit Ethernet (GigE) networking options, including
multicast
- Built-in Programmable Logic Controller (PLC) for advanced real-time
synchronization and triggering
- Compatible with the AutoGEV XML generation tool — a unique GenICam XML
management utility for creating GenICam compliant devices.
Networked Video
Compatible with Pleora’s vDisplay™ video receivers, as well as Pleora’s
feature-rich application toolkit, eBUS™ SDK, the iPORT NTx-Mini IP engines
enable industrial cameras and vision systems to become part of a complete
networked video connectivity solution over Gigabit Ethernet.
iPORT™ PT1000-CL IP Engines
- High-performance, ultra-efficient connectivity between
Camera Link® cameras and Gigabit Ethernet, using GigE Vision®.
Product Attributes
Pleora's iPORT™ PT1000-CL IP engine is a high-performance video transmitter
that enables high-throughput, ultra-reliable, real-time Gigabit Ethernet (GigE)
connections between base-configuration Camera Link® cameras and PCs, using
the popular GigE Vision® standard. It is ideal for performance-oriented
applications in the military, medical, manufacturing, and security sectors.
The iPORT PT1000-CL IP engine grabs data from a Camera Link camera, converts
it to Internet Protocol (IP) quickly and efficiently, and sends it to PCs
over GigE links or LANs using Cat-5 cable. These operations are performed by
the engine’s field-proven, purpose-built hardware with clock-cycle accuracy
and very low latency at the full, 1-Gb/s line rate.
Product Features
- FPGA architecture ensures low, predictable end-to-end latency and jitter
- Available as enclosed units (93 mm x 98 mm x 37 mm) and Original Equipment
Manufacturer (OEM) board sets (89 mm x 56 mm x 21 mm), ideal for machine
vision applications
- Flexible, scalable GigE networking options, including multicast
- Replaces traditional Camera Link frame grabbers used for capturing video
data with vision systems
- Easy to implement and use
- Built-in Programmable Logic Controller (PLC) for advanced real-time
synchronization and triggering
Networked Video
Compatible with Pleora’s vDisplay™ IP engines, as well as Pleora’s
feature-rich application toolkit, eBUS™ SDK, the iPORT PT1000-CL IP engines
enable base-configuration Camera Link cameras to become part of complete
networked video connectivity solution over Gigabit Ethernet. Interested in
learning more about Camera Link to GigE connectivity? Download the iPORT
PT1000-CL Data Sheet.
iPORT™ PT1000-LV IP Engines
- High-performance, ultra-efficient connectivity between
LVDS cameras and Gigabit Ethernet using GigE Vision®.
Product Attributes
Pleora's iPORT™ PT1000-LV IP engine is a high-performance video transmitter
that enables high-throughput, ultra-reliable, real-time Gigabit Ethernet (GigE)
connections between TIA/EIA 644 LVDS cameras and PCs, using GigE Vision®. It
is ideal for performance-oriented applications in the military, medical,
machine vision, and security sectors.
The iPORT PT1000-LV IP engine grabs data from a LVDS camera, converts it to
Internet Protocol (IP) quickly and efficiently, and sends it to PCs over
GigE links or LANs using Cat-5 cable. These operations are performed by the
engine’s field-proven, purpose-built hardware with clock-cycle accuracy and
very low latency at the full, 1-Gb/s line rate.
Product Features
- FPGA architecture ensures low, predictable end-to-end latency and jitter
- Available as enclosed units (95 mm x 97 mm x 37 mm) and OEM board sets (89
mm x 72 mm x 21 mm), ideal for machine vision applications
- Flexible, scalable GigE networking options, including multicast
- Replaces traditional frame grabbers used for capturing video data with
vision systems
- Easy to implement and use
- Built-in Programmable Logic Controller (PLC) for advanced real-time
synchronization and triggering
Networked Video
Compatible with Pleora’s vDisplay™ IP engines, as well as Pleora’s
feature-rich application toolkit, eBUS™ SDK, the iPORT PT1000-LV IP engines
enable LVDS cameras to become part of a complete networked video
connectivity solution over Gigabit Ethernet. Interested in learning more
about LVDS to Ethernet connectivity? Download the iPORT PT1000-LV Data
Sheet.
AutoGEV™ XML Development Tool
- Development tool for fast and easy inclusion of
camera-specific features via GenICam, during development of GigE Vision®
cameras
Product Attributes
Pleora's AutoGEV™ development tool makes it fast and easy for camera
vendors, OEMs, and systems integrators to produce the extended mark-up
language (XML) device description file referenced in the GigE Vision® and
GenICam™ standards. The standards require the inclusion of this XML file
with compliant cameras and other network elements.
From the user-friendly AutoGEV interface, developers select features in the
Pleora IP engine to offer to their customers. Developers then map the
camera-specific serial commands to each feature. With an exhaustive list of
Standard Feature Naming Convention (SFNC) compliant features to choose from,
camera manufacturers can be assured of a high-level of compatibility with
third-party software packages, as well as a user-friendly GenICam interface.
The AutoGEV tool also allows for the customization of attributes such as
product name, part number, and manufacturer info, resulting in a camera with
a polished and branded software interface.
AutoGEV XML development tool generates a database defining the relationships
between these human-readable feature names, the GigE Vision registers used
to access and control them, and the serial control commands of the camera or
imaging system. The AutoGEV tool also automatically generates the XML
description file, and can also generate a network-based firmware update
executable, so that the database and GenICam XML file can be easily deployed
to both a production environment, as well as existing cameras in the field.
Product Features
- Expedites GenICam integration of any GigE Vision camera based on a Pleora IP
engine.
- SFNC-compliant, assuring a high level of compatibility with third-party
applications.
- Allows camera manufacturers to create a polished, branded software
interface.
- Generates field-deployable firmware updaters, which can be sent to cameras
via Ethernet.
- Straightforward GUI for camera database creation and management.
Compatibility
As a a powerful development tool for camera manufacturers and other system
developers, the AutoGEV tool is compatible with the following Pleora iPORT™
IP engines:
- iPORT NTx-Pro IP engines
- iPORT NTx- Mini IP engines
- iPORT FB1000-ST IP engine
vDisplay™ Video Receivers
- Pleora’s vDisplay™ IP engines form a product family of
video receivers that transfer data in real-time from a GigE
Vision®-compliant network link directly to standard high-definition or
custom monitors or hardware for recording and/or processing. In doing so,
these compact receivers eliminate the need for PCs at viewing stations.
vDisplay IP engines interwork seamlessly with the other elements in Pleora’s
end-to-end networked video solution, including iPORT™ video transmitters and
the eBUS™ software development kit.
Reduce system cost and complexity
By streaming video to standard high-definition or custom monitors with
Gigabit Ethernet (GigE) links, designers reap the following benefits:
- Reduce costs: these video receivers eliminate the costs associated with
purchasing and operating additional PCs in a system.
- Reduce complexity: by adding networked video to a system, you can
significantly reduce cabling and other component requirements.
- Reduce system risks: the hard drives and fans that come with PCs are common
points of failure or slowdown that can now be removed from system design.
Rely on interoperability
Our vDisplay video receivers meet the standards of GigE Vision and GenICam™
so that designers can be ensured interoperability between all devices in a
system.
Access value-added engineering expertise
Designers enjoy the specific advantages that come with the Pleora
relationship:
- Access our extensive engineering experience in networked video for low
jitter and low latency in your application;
- Benefit from our specialized understanding of the GigE Vision standard,
which Pleora co-founded;
- Receive our expert consultation for product validation;
- Save time with our software development kit, which includes a
high-performance driver; and
- Count on ongoing technical support.
vDisplay™ HDI-Pro IP Engines
- Compact video receivers for displaying GigE
Vision® video directly on monitors in real time using HDMI/DVI format.
Product Attributes
Pleora's vDisplay™ HDI-Pro IP engines are high-performance video receivers
that shrink the size, cost, and power consumption of real-time viewing
stations on high-performance video networks. The compact HDI-Pro video
receivers transfer video data from Gigabit Ethernet (GigE) network links
directly to off-the-shelf or custom video monitors, eliminating the need for
bulky, costly, and unreliable PC workstations at each viewing node.
Pleora's vDisplay IP engines are based on purpose-built hardware that
efficiently converts streaming IP video from the GigE Vision standard to
standard digital High-Definition Multimedia Interface / Digital Visual
Interface (HDMI/DVI). The video receivers auto-sense the display
capabilities of the attached monitor and select the most appropriate video
resolution and timing to use to display incoming GigE video feeds.
Product Features
High-reliability hardware eliminates the need for PCs at viewing and
processing stations
Plug-and-play autonomous control of GigE Vision compatible cameras
Available as fanless, enclosed units (81 mm x 59 mm x 40 mm) and original
Equipment Manufacturer (OEM) board sets (81 mm x 51 mm x 26 mm)
Low power consumption (3.2 W)
Auto-senses monitor display capabilities
Low, consistent latency
Flexible, scalable GigE networking options, including multicast
Configurable via the GEVPlayer application in Pleora's eBUS™ SDK or any
other GenICam compliant application
Networked Video
Compatible with Pleora’s iPORT™ IP engines, as well as Pleora’s feature-rich
application toolkit, eBUS SDK, the vDisplay HDI-Pro IP engines are part of a
complete networked video connectivity solution over Gigabit Ethernet.
eBUS SDK
- High-performance application development toolset,
interoperable with GigE Vision and GenICam compliant devices.
Product Attributes
Designed for use in high-performance digital imaging systems, this
comprehensive software development kit (SDK) is interoperable with both
Pleora and third-party devices supporting GigE Vision® and GenICam™
standards.
Video Acquisition
Pleora’s eBUS™ SDK is a feature-rich toolkit that allows Windows and Linux
developers to produce advanced applications in a short timeframe. Included
with this SDK is Pleora’s eBUS Universal Pro driver, which serves to
increase throughput and performance while decreasing latency and jitter.
Video Transmission
Pleora’s Video Server API, a feature of the SDK, can be used to create
applications which manipulate video streams, prior to retransmitting them to
their final destination. Advanced vision system applications can blend or
stitch together images from multiple cameras, highlight areas of interest in
images, and perform other transformations.
Product Features
- Receive and transmit image streams with a single SDK
- Real-time video transfer with low, consistent latency
- Comprehensive set of sample code and documentation
- User interface controls for high-performance display
- GigE Vision- and GenICam-compliant
- Extensive rebranding and repackaging capabilities
- Works seamlessly with Pleora’s iPORT™ and vDisplay™ IP engines, as well as
GigE Vision- and GenICam-compliant products from other vendors
Networked Video
Compatible with Pleora’s iPORT™ video transmitters and vDisplay™ video
receivers, the eBUS SDK is an element in a complete networked video
connectivity solution over Gigabit Ethernet.
- Pleora's eBUS™ SDK can be used to create applications
that fuse video from IR cameras into a single image, and then distribute the
enhanced image to multiple viewers simultaneously with low, consistent
latency.
- Complete set of user interface controls, including device
finder and selection control.
EtherCast™ IP Gateways
- Pleora's compact EtherCast™ IP gateways give existing
broadcast equipment the capability to stream Asynchronous Serial Interface (ASI)
and Transport Stream (TS) video over Internet Protocol (IP). In doing so,
these transceivers make remote video connectivity over wired or wireless IP
links fast, easy, and affordable.
IP-enable your broadcast equipment
For broadcast equipment manufacturers, our bidirectional EtherCast IP
gateways simplify and reduce system operation costs by allowing video to
stream reliably over economical IP networks.
With Pleora’s transceivers, you can add IP connectivity to a wide range of
broadcast video equipment, including:
- Logging Systems
- Multiplexers
- Encoders
- Receivers/Transmitters
- Modulators
Preserve your technical resources
For broadcasters, EtherCast IP gateways are so easy to use that technical
resources are not required. Video can be streamed from remote sites — such
as small TV studios, security hot spots, traffic observation points, or
weather stations — to central locations with a few clicks on a web-based
interface.
Count on performance
Pleora’s highly specialized expertise results in exceptional jitter control,
low latency, lossless data transfer, and advanced error correction standards
to ensure pristine image quality.
Use our experience to your advantage
Pleora has extensive integration experience and will support you throughout
the project from initial project specifications to testing and validation.
By taking advantage of our experience and specialized expertise, your
company’s technical resources are free to continue focusing on core
business.
EtherCast™ ASI-Pro IP Gateways
- Compact, user-friendly ASI-to-IP video transceivers for low-cost video
transport from remote sites over Gigabit Ethernet
ASI-Pro IP Gateway Product Attributes
Pleora’s EtherCast™ ASI-Pro IP gateway is a compact, low power video
transceiver that makes it fast, easy, and affordable to transport DVB-ASI
video from remote sites — such as broadcast remotes, special venues,
security hot spots, traffic observation points, or weather stations — to
central locations.
Allowing video to stream reliably over economical wired or wireless IP
networks, the ASI-Pro IP gateway simplifies and reduces the cost of links to
remote sites. One side of the palm-sized video transceiver plugs into a
coaxial cable from an MPEG-to-ASI encoder, the other to a Gigabit Ethernet (GigE)
cable. After a few clicks on a simple web-based interface, the unit is ready
to go.
At the central location — such as a production facility, command and control
center, or play-out center — the video can be converted back to ASI by a
second ASI-Pro IP gateway, or left as is for processing by IP-based
equipment. Multicast transmission is fully supported, enabling the same
video stream to be distributed simultaneously to multiple destinations.
EtherCast ASI-Pro IP gateways provide a plug-and-play solution for remote
site connectivity over standards-compliant protocols, such as IP, UDP, and
RTP. Based on field-proven IP engine technology offered in Pleora’s
world-leading line of iPORT™ products, broadcasters can transport DVB-ASI
video from remote sites easily and affordably.
Product Features
- Web-based configuration
- Compact footprint (81 mm x 59 mm x 40 mm) and lightweight device ideal for
remote broadcast applications
- Low power consumption (2.2 W)
- Configurable as a receiver or transmitter
- Compatible with third-party off-the-shelf hardware and software
- Exceptional jitter control, lossless data transfer, and advanced error
correction standards
- Bidirectional conversion between IP and DVB-ASI video data
- Configuration-free 188-byte or 204-byte MPEG packet detection
- Standards-based (IP, IGMPv2, RTP, UDP, SMPTE-2022/COP#3, FEC, SNMP)
Intelligent Transportation Systems
- For ITS, our products simplify system design,
installation, and maintenance with Ethernet’s flexible cabling and reliable
long-distance transmission.
Custom Solutions
- We specialize in working with original equipment
manufacturers (OEMs) and systems integrators to customize
video-over-Ethernet imaging solutions for specific requirements.
Our singular focus on networked video connectivity gives us unique insight
into the challenges of achieving performance and reliability over Ethernet
networks. We understand video-over-Ethernet technology, know the
applications, and play a lead role in the ongoing evolution of networked
video standards, including GigE Vision® and GenICam™.
Benefit from our GigE Vision expertise
Pleora has a team dedicated solely to custom solutions so that OEMs and
system integrators can reap the following benefits:
- Reduce design and development risks
- Shorten time-to-market
- Avoid distracting internal engineering resources from core business areas
- Leverage Pleora’s expertise in video standards and technology
- Future-proof products
Customize with confidence
We have the expertise and experience that OEMs and integrators know they can
count on for custom solutions to industries’ toughest challenges. Our
application-specific imaging solutions are developed through the use of
Pleora’s clearly defined and proven partnership process, while the modular
architecture of our IP engines is designed to accommodate a flexible range
of requirements, including on-board processing, application-specific
interfaces, and unique form factors.
Key Applications
- Pleora’s video-over-Ethernet solutions are designed
for high-performance vision systems and applications where real-time imaging
and analysis are required. These include the following:
Broadcasting & Broadcast Equipment
- Pleora's EtherCast™ solutions allow broadcasters and
manufacturers of broadcast equipment to quickly and easily set-up low-cost
wired or wireless video-over-IP links, without the need for technical
expertise.