Learn more about Kiloview N60 HERE

Learn more about Kiloview HERE

Watch the full video from YoloLiv below:

Learn more about YoloLiv HERE

“RTMP” for YouTube livestreaming

RTMP, short for Real-Time Messaging Protocol, stands as a cornerstone in the world of online video streaming. Notably embraced by renowned platforms like YouTube, RTMP is a versatile protocol, facilitating both live and on-demand streaming with a seamless blend of top-notch video and audio quality. Worth noting is RTMP’s more secure sibling, “RTMPS,” designed to fortify your streaming experience. However, it’s essential to keep in mind that YouTube Live currently supports streams exclusively from compatible devices, with RTMPS integration expected in the future.

In contrast, RTSP, the closely related Real-Time Streaming Protocol, shines as the go-to choice for surveillance PTZ cameras, offering impressively low-latency streaming. If your live streaming ventures revolve around platforms like YouTube or Facebook, delving into camera compatibility with RTSP is not a pressing concern. Stay tuned as we navigate the diverse world of streaming protocols, demystifying their applications and equipping you with the knowledge to enhance your streaming experience.

“SRT”

SRT, an acronym for “Secure Reliable Transport,” emerges as a game-changer in the realm of video streaming. Introduced to the world of open source by Hi-Vision in 2017, SRT is designed to facilitate high-quality video transmission from remote locations. This protocol has found its niche in remote production, owing to its exceptional security measures, minimal latency, and the ability to deliver impeccable image quality to distant destinations.

Configuring SRT on the sending end is a breeze, closely mirroring the simplicity of RTMP. However, it’s important to note that the receiving side does require the opening of a network port, which may necessitate some basic network knowledge. To bridge this gap, Photron offers a user-friendly cloud gateway service for effortless SRT utilization. For those less acquainted with network technology, such services can serve as a valuable resource, ensuring you make the most of the advantages SRT brings to the table.

“NDI”

NDI, which stands for Network Device Interface, reigns supreme as the go-to IP transmission technology for interconnecting video equipment. When it comes to remote cameras, two primary NDI standards take center stage: “Full NDI (High Bandwidth NDI)” and “NDI|HX.” Full NDI, requiring chipset-level support, has been brought to life by only a select few, including BirdDog and NewTek. On the other hand, “NDI|HX,” introduced in 2017, harnesses H.264 compression and boasts compatibility with a growing array of manufacturers, such as Sony, Canon, and Panasonic, who continue to unveil compatible remote cameras.

Initially, NDI|HX fell short in image quality compared to its full NDI counterpart. Those placing a premium on image fidelity gravitated towards BirdDog and NewTek remote cameras. However, the landscape evolved with the advent of “NDI|HX 2” and “NDI|HX 3,” ushering in image quality equivalent to that of NDI. Furthermore, NDI typically consumes around 300Mbps of bandwidth, while NDI|HX is more efficient, using only about one-third to one-fourth of that when streaming the same full HD signal. This efficiency makes NDI|HX a network-friendly choice, especially when dealing with multiple cameras. The industry has taken note, with a growing number of manufacturers embracing NDI|HX. BirdDog, for instance, unveiled a camera compatible with NDI|HX 3 at NAB 2023. If you’re in the process of selecting a remote camera that supports the NDI standard, we highly recommend opting for one equipped with NDI|HX 3 for an optimal and future-ready choice.

SMPTE ST 2110

ST 2110 stands as a pioneering video transmission standard that harnesses the power of IP transmission. It heralds a transformative shift, replacing conventional baseband transmission methods like SDI with the dynamic IP standard. In the realm of PTZ cameras, Panasonic’s AW-UE160W/K proudly stands as the sole camera offering full support for ST 2110. The adoption of IP conversion through ST 2110 is gaining significant traction, particularly within large-scale core systems like broadcasting stations. Notably, NewTek has stepped into this arena with a converter designed to seamlessly bridge ST 2110 and NDI protocols. Additionally, Blackmagic Design has entered the scene with the release of the “2110 IP Converter 3x3G.” As the technology matures, it is anticipated that ST 2110 will increasingly find favor in small-scale production setups, further cementing its place in the industry.

Read the full article by Yuto Izumi for ProNews HERE

Learn more about NDI HERE

Learn more about PTZ Cameras HERE

What is RTMP?

RTMP, or Real-Time Messaging Protocol, is a protocol for streaming audio, video, and other data over the internet. It is used to transmit data from one place to another, such as from a camera to a web browser or mobile device. RTMP is a first-mile protocol, meaning that it focuses on delivering data from the source to the initial destination, such as a server or video host.

The RTMP protocol is a popular choice for live streaming, as it allows for low-latency transmission of data. This means that the audio and video data can be transmitted quickly, without significant delays. RTMP is often used in conjunction with other protocols, such as HLS (HTTP Live Streaming) or DASH (Dynamic Adaptive Streaming over HTTP), which handle the delivery of the data to the end user.

While RTMP is a commonly used protocol for live streaming, it is not the only one available. Other protocols, such as SRT (Secure Reliable Transport) and WebRTC (Web Real-Time Communication), are also commonly used for streaming audio and video over the internet. Each protocol has its own unique features and advantages, and the right choice will depend on the specific needs of the user and their streaming setup.

A Brief History of RTMP

RTMP was originally developed by Macromedia in 1996 as a way to transmit audio and video data over the internet. It was designed to be used with the company’s Flash Media Player, and quickly became a popular protocol for live streaming. In 2005, Macromedia was acquired by Adobe, which continued to support RTMP as part of its Flash plugin.

In recent years, however, the use of RTMP has declined. This is partly due to the discontinuation of Flash in 2020, as well as the rise of other protocols and technologies for live streaming. Today, RTMP is still used as an ingest protocol, allowing users to stream data from their cameras to servers or video hosts. However, the data is often transcoded into a different playback protocol, such as HLS, for distribution to viewers.

Despite its decline in popularity, RTMP remains a useful protocol for live streaming, and is still supported by many streaming platforms and services. It is likely that it will continue to be used in some capacity for the foreseeable future.

Read the full article HERE

BoxCast is a professional, easy-to-use live streaming platform. There are several ways to stream in high quality with PTZOptics and BoxCast. This video walks you through how to set up your PTZOptics camera for live streaming with both a BoxCaster and RTMP.

Watch the full video here!

Learn more about PTZOptics here!

Check out some highlights from boxcast.com to learn more, below.

Step 1

Power on your camera, plug it into a monitor via SDI or HDMI, and plug it directly into your network. Preferably, you should plug it into the network you will be using for internet.

Step 2

Grab the remote that came with the camera and click #*4. This will reset the camera and set it up for DHCP. This will allow it to receive an IP address from your network, so you can log into the camera and complete the set up through your computer browser.

Step 3
Go to your Mac or PC, and download the Upgrade Tool from your internet browser. You can find that by going to https://ptzoptics.com/firmware/

Step 4
Once it’s done downloading, open the software on your computer, and click search to find your camera.

Step 5

Right click on the camera that pops up and click “config”. Change mode to DHCP and click set. The camera will reset and you will need to search for it again to get the IP address.

Check out the full article to learn more.

Learn more about PTZOptics HERE.