The Panasonic PTZ camera have you covered when it comes to connectivity. The PTZ line-up features everything from different streaming modes to USB, HDMI and SDI. If you need a web camera input on your PC, you can connect a Panasonic PTZ camera to the network to provide power, control, and video thanks to power over ethernet (PoE). With the usage of the free-to-download Virtual USB driver software, the IP signal from the camera can be converted to act as a web cam.

Watch the full video HERE:

Learn more about Panasonic Connect PTZ Cameras HERE

Learn more about Panasonic Connect HERE

Polymotion Chat Pro is an easily deployable automated camera tracking solution that allows an operator to automate up to six presenter and guest camera positions. Using limb and face detection software Polymotion Chat tracks subject movements and provides stable and natural-looking content. The camera agnostic automated subject tracking system is available for multiple broadcast and capture scenarios with 3 different solutions available: Pro, Studio & Broadcast. So whether you have simple tracking requirements or much more advanced large-scale studio needs, Polymotion Chat can help streamline and automate your work-flow.

Check out the video here!

Learn more about MRMC here!

Learn more about Panasonic here!

Check out the video on YouTube here!

“High-quality 4K PTZ Camera compatible with a variety of video transmission systems to support next-generation video production. This 4K Integrated Camera is compatible with various IP transmission protocols, including NDI, SRT, and FreeD, achieving flexible video production with highquality4K/60p/50p video. 12G-SDI output is also supported in addition to 3G-SDI and HDMI, allowing the appropriate output to be selected for use in a wide range of situations, from live streaming of events to studio production.”

Panasonic Pro Video

Check out the Panasonic Pro Video’s video on YouTube here!

Learn more about Panasonic here!

Here’s what they came up with!

1

NDI turns an Ethernet-based LAN into a video network. Unlike many other IP-based workflows, NDI does not require expensive networking and infrastructure investments. With a Gigabit LAN, you can connect your cameras, screens, control rooms, and your production facilities, and create a site-wide video ecosystem where everything sees everything—and any source can be used by anyone. With a high-bandwidth infrastructure in place, the capacity and the benefits are multiplied.

2

NDI simplifies IP-based workflows. It employs simplified configuration and management, bi-directional signal transmission and communication, extensive device networking and access, and refined encoding and communication methods to enable more powerful, more efficient and more versatile video transmission over IP on a less expensive, as well as a less complicated network infrastructure.

3

NDI links every device visible on the network. Network Device Interface technology makes every enabled device, connected source, and video signal on your network—camera, production switcher, replay system, computer, graphics machine, video calling system, etc.—visible and available as a source and/or destination for video over IP. NDI is also available as a royalty free Software Development Kit to any customer, manufacturer, or developer who wants to implement it into their products and workflows to accelerate their transition to IP.

4

NDI is used in switchers like Epiphan Pearl 2 or software vision mixers like OBS or vMix —This is why NDI was created—NDI exposes the inputs and outputs of every networked device and makes each available as a switchable source. This means you can access, route, and switch with every camera connected to a switcher in your facility, every shared computer on your LAN, every output signal from every device—any production component visible via NDI—increasing your live inputs exponentially without investing in a higher-capacity switcher or video routing hardware.

5

NDI enables bi-directional video and audio over IP. Emerging IP workflows marginalize gains by simply replacing SDI cabling with Ethernet infrastructures. Many methods comprise linear, one-way, point-to-point distribution of a single video output signal over IP to a single destination. NDI workflows permits multi-directional, two-way signal transmission over IP, to and/or from any NDI®-enabled device on your network. This means your switcher can simultaneously send its multiple input and output signals to the network for transport to multiple NDI destinations, and receive the input and output signals of every other NDI-enabled device over the network for use as sources.

6

NDI maximizes encoding performance and efficiency. Using common compression technologies for high-quality, low-latency IP transport can consume upwards of 50% of CPU processing power for a single video stream. NewTek’s powerful codec enables IP transport that’s so fast and so efficient, a single core of a modern CPU processor can accommodate multiple simultaneous, high-quality, ultra-low latency video streams over IP while using lower overhead. BirdDog’s revolutionary NDI hardware keeps latency ultra-low.

7

NDI handles up to 10x more video than alternate video transport methods. Transporting HD video over IP typically requires high-bandwidth, dual-10Gbit networking to accommodate just a few source. With NDI’s IP Workflows, it’s entirely possible to access double-digit HD video streams over IP using just a Gigabit network connection, with a bandwidth requirement of approximately 90-100Mbps per video stream for commonly used HD video formats and 200 -250Mbs for 4K.

8

There are 2 types of NDI. NDI | HX which is H264 compressed for lower datarates and is built into lots of different makes of PTZ cameras, like Datavideo, Lumens and Panasonic. Then there is broadcast quality full NDI with lower latency and higher datarates as well as 4K support. All BirdDog cameras and converters support full NDI.

9

Uses field-proven IP technology that’s already empowering millions worldwide. While others in the video industry are just now laying the groundwork for transitioning to IP, NDI was ahead of the curve. Starting with Newtek’s first software-driven live production system introduced in 2005, NewTek has been developing and innovating technology for IP-based workflows for more than a decade.

10

NDI future proofs video equipment purchases. Standards and formats come and go in the video industry, making facilities uncertain of which to adopt. NDI®, devices are not bound to a single proprietary specification, resolution, or format, and you are not required to conform to specific technical criteria. It’s a universal workflow that’s accessible to any current or future computer-based production component.

We couldn’t agree more, Holdan! Great list!

Read the original article here!

Learn more about NDI here!

As the church began their search for a new camera system, there were a few key features the new system needed to have in order to future-proof the church’s investment. Because Denton Bible’s camera operators are all volunteers, the solution needed to be simple enough for novice users to operate and eventually master without sacrificing on the quality of the content delivered.

The camera system also needed to have a small footprint, yet a wide field of view in order to capture engaging video content, including different angles from each camera position without impeding the congregants’ view. Additionally, the camera needed to be lightweight, mobile and have the ability to connect over IP to accommodate for the various events that take place around the church’s campus.

“We were stuck in an SD/HD environment using a camera system that was 15 years old,” said Preston Fuqua, technical director at Denton Bible Church. “We knew we needed a product that was on the leading edge and offered multiple options to achieve the end results we were looking for.”

Empowering a Volunteer-Driven Worship

After participating in several camera “shootouts,” Denton Bible Church deployed five Panasonic AW-UE150 4K pan-tilt-zoom (PTZ) cameras throughout its sanctuary along with two AW-RP150 touchscreen remote camera controllers, as they were the most intuitive to a volunteer camera crew, gave them the ability to jump to 4K/HD resolution and allowed them to use the cameras in multiple ways.

Additionally, the PTZs large 1” sensor and 20X optical zoom allowed the church to zoom in two times further with exceptional image quality, allowing congregants to enjoy higher quality streams to fully immerse themselves into their at-home service as they would in-person.

Fuqua said, “Once the Panasonic’s PTZs were installed and we saw the images they produced, we were blown away. The IP control on the remote camera controller is spot on and exceeds our expectations due to the controller’s ability to manipulate multiple cameras at once and simultaneously output 4K. It was hard to even compare our old setup to the new one.”

Historically, Denton Bible Church had needed three camera operators to pull off the church’s three Sunday services, along with its midweek events. With the new camera system in place, the church’s volunteer operators are able to show up prior to service, review the notes for the day and check the configurations on their control surface.

Additionally, Panasonic’s RP150s remote touchscreen camera controllers allow the volunteers to output multiple resolutions, control them via a webpage and capture multiple shots from one camera, which they utilize with the different speakers and panel events they host.

“Panasonic’s camera systems have been a very versatile tool for us. Our camera operators have caught on quickly and really enjoy the ability to customize the user experience, as well as the ability to quickly jump between pre-programmed shots and moves,” said Fuqua.

Worshiping Beyond the Church Walls

Shortly after Denton Bible Church deployed Panasonic’s UE150 PTZ cameras and remote touchscreen controllers, COVID-19 spread to the United States. As social distancing measures were put in place due to the pandemic, the need to remotely live stream their services became increasingly important.

After a few changes to their infrastructure, which included adding a broadcast suite with separate audio mixing and video switching capabilities, the church was quickly up and running with streaming-only services.

Once the capabilities were seen by Denton Bible’s leadership and senior pastor, a new weekday series was started. When paired with its streamed Sunday services, the church was able to serve approximately 6,000 viewers – tripling their weekly attendance when compared to their in-person services and special events.

Having the ability to stream and connect with families remotely in their congregation during quarantine opened the pastor’s eyes to a whole new way of doing ministry and teaching. As a result, Denton Bible Church’s online viewership has increased beyond what they have historically seen for in-person Sunday service attendance.

Recognizing the importance of streaming content, Denton Bible Church has also added more UE150 PTZs to some of their smaller venues within the campus, including their Student Center Auditorium and Chapel, allowing them to deliver the same quality image no matter the event or where they are on campus.

Read the original article here!

Learn more about Panasonic here!

Learn more about the UE-150 here!

Panasonic is one of the largest leading companies to embrace NDI technology and use it in their products to create exciting new advancements in the live streaming and production space.  

Rajesh Lad joins our host, Gary Bettan for this NDI November webinar, to discuss Panasonics line of Pro PTZ Cameras, Auto Tracking Software, NDI capable camcorders and much more.  It’s a great conversation, with a ton of information on NDI technology. 

Watch the full video here!

Learn more about Panasonic here!

Learn more about NDI here!

The UE100 contains a 1/2.5-type 4K MOS sensor to capture UHD 4K/60p video and supports a number of digital video interfaces including 12G-SDI, 3G-SDI, HDMI and IP. When working in tight spaces, the camera contains a wide-angle view of 74.1 degrees and its 24x optical zoom delivers high image quality at different focal lengths.

We recently spoke with Hamid James, Product Manager – Remote Production, to discuss key features of the UE100, as well as using the PTZ camera for live remote streaming applications.

QUESTION: Give us an intro to the AW-UE100 and how it fits in with Panasonic’s Pro PTZ lineup?

HAMID JAMES: The UE100 sits between the AW-UE150 and the AW-HE130 camera. It is a 4K 60p camera with direct drive so it can play in all verticals our current 4K and HD cameras perform in. It’s our first PTZ camera within the Panasonic lineup that has High Bandwidth NDI, Direct Drive, as well as 4K at 60p for SRT.

QUESTION: Can you explain what Direct Drive is?

JAMES: With Direct Drive, there are less gears in the camera system so there is more direct access between the head and the motor. Because of the reduction of gears, pan and tilt movement is much quieter and smoother and the response time is much quicker than traditional PTZ cameras. This will be advantageous for sporting events where you might need a quick pan to follow a player moving down the field. You will definitely experience a noticeable difference between a camera that has Direct Drive versus a camera that does not.

QUESTION: You mentioned the UE100 will sit between the AW-UE150 and AW-HE130 in the Pro PTZ lineup. How does the camera compare to our flagship UE150?

JAMES: The UE150 is still considered our top of the line, ‘crème de la crème’ PTZ camera. The UE150 has a 1-inch sensor, a 75.1-degree viewing angle, supports V-Log for HDR capture. The UE100 contains a 1/2.5 sensor, a wide viewing angle of 74.1 and does not support V-Log or HDR. Like the UE150, the UE100 does support the Free-D protocol for those who want to work in AR and VR applications. Unlike the UE150, the UE100 is our first PTZ that supports High Bandwidth NDI and High Efficiency NDI. The UI allows you to easily toggle between the two options based on the customer’s needs and bandwidth support. A lot of our cameras support NDI HX, which is high efficiency, low bandwidth NDI. The UE100’s High Bandwidth NDI means that 4k at 60p with a reduction in latency if your camera is in an environment where there are bandwidth limitations, you can still utilize High Efficiency NDI to stream content. This makes the UE100 an ideal streaming PTZ camera.

QUESTION: What was the main motivation for the development of the UE100?

JAMES: The number one reason for developing the UE100 was listening to our customers and our continuous desire to improve our product and solution offerings. We really want to push the boundaries of our PTZ feature set showing what can be done with a small remote camera form factor versus a traditional shoulder-mount studio camera or handheld camcorder. The UE150 is a broadcast-level camera with a 1-inch sensor but the UE100 will look to push the boundaries in the streaming market because of its full support of High Bandwidth NDI, RTMP, RTMPS, as well as SRT, which is the most secure way to stream over a public network. I’m very excited to see the use of this camera in streaming applications, as well as in AR and VR applications.

QUESTION: Speaking of AR and VR applications, can you explain what the Free-D protocol is and how it applies to the UE100 and UE150?

JAMES: Free-D is a standard protocol that outputs positioning data via the PTZ camera. What that means is that the PTZ camera can output pan, tilt, zoom, focus and iris data over either Ethernet, or serial communication in sync with genlock input. This data is ingested into a VR engine similar like Unreal gaming engine or similar solutions. Once you have talent within your VR environment, and you’ve created AR assets around this talent, the Free-D position information from your PTZ camera can position the assets correctly around the talent in the VR environment.

You see this a lot in news and sports broadcasting where they are giving simulation for weather or sports stats. For example, during an election period, next to a newscaster, a content display will arise from the ground, or from the ceiling, and it shows the current status of a particular candidate and how he or she is doing in a particular state. Those are situations where VR and AR is being used. We’re seeing a lot of this being trickled down to mobile devices, as well as big growth in Esports where producers want to utilize VR and AR for live games.

QUESTION: We recently used the Free-D protocol in the Unreal Engine for The Future Of Video Production virtual event. Can you talk a little about the Unreal Engine as it applies to the Free-D protocol?

JAMES: Until recently, if a house of worship, education, broadcaster or corporate professional wanted to use an AR or VR application, they would need to employ high-end solutions from known vendors to accomplish this. The servers and ancillary hardware you would need to run your applications are quite costly. What we’ve done is help create a Free-D plug-in for both the UE150 and soon to be released UE100 into the Unreal Engine, which is a real-time 3D gaming platform. This allows any developer, who can download the Unreal application that they can load into their PC based on Unreal specs, plus download the Free-D plugin for our UE100 or UE 150 cameras. Now you’re able to create AR and VR with our PTZ camera at a much lower cost. I believe this will open up the market for the low and middle tiers for AR and VR applications.

QUESTION: When will the UE100 be released?

JAMES: It will be released in August, 2020.

Read the original article here!

Learn more about Panasonic here!

Become a Panasonic Pro PTZ & NDI Dealer!

Broadfield can help you become a Panasonic dealer and we’ll work with you on Panasonic Deal Registration for your opportunities. 

Panasonic Pro PTZ Cameras with NDI

Panasonic Pro PTZ Camera Controllers

…and a Camcorder with NDI & Production Switcher