GPON is based on point-to-multipoint architecture

 

 

 It is a type of high-speed network standard for Internet access, mainly used for broadband services over optical fiber. Here are the details of GPON and its main features:

Network Structure: GPON is based on point-to-multipoint architecture, which means that a single fiber optic cable can serve multiple locations using passive optical splitters. This is in contrast to the point-to-point model, where each location requires its own fiber optic cable.

OLT and ONT/ONU: OLT (Optical Line Terminal): This is a device located at the service provider's headquarters. It transmits data to multiple users and also collects data from users. ONT (Optical Network Terminal) or ONU (Optical Network Unit): This is a device located at the customer's premises. It receives data sent from the OLT. The terms ONT and ONU are sometimes used interchangeably, but ONT is usually customer facing and ONU can refer to a larger device that serves multiple customers in some situations.

 

 

 Distance and Coverage: The GPON standard allows for a coverage range of up to 20 kilometers (about 12.4 miles) between the central office and the end user, making it suitable for both densely populated urban areas and larger rural areas.

 Security: GPON has built-in security features. Data encryption ensures that even if someone breaks into the fiber optic cable, they cannot decipher the data traveling through it.

Gigabit Passive Optical Network (GPON) is a network that uses fiber optic cables to transmit information. GPON is currently the mainstream passive optical network. GPON offers ratios of up to 1:64 over a single fiber. Unlike the standard copper wires of most networks, GPON is 95% energy efficient. In addition to efficiency, passive optical gigabit networks offer a cost-effective solution for adding users through splitters, making GPON desirable in densely populated areas.

 

Although these two terms seem interchangeable

 

Transceiver

This helps offload indoor problems users face

 800g

What frequency is 5G available?

 400g

IOT Devices

 

The Internet network of devices includes the expansion of Internet connections beyond standard devices such as laptops, smartphones, computers, etc. IoT devices are associated with advanced technologies that allow them to interact or communicate effectively over the Internet. Today, the number of IoT devices has exceeded the population of the world. Having a good understanding of IoT devices can help you work in emerging technologies like artificial intelligence, machine learning, cloud computing, etc. This IoT devices blog will let you know the critical features of popular IoT devices like Google Home Voice Controller, Mr Coffee Smart Cookmaker, Amazon Dash Button, August Smart Lock, etc.

 

The Internet of Things or IoT technology has taken the industry by storm. Not only has it transformed the home space, but now it also has great industrial applications leading to sustainable manufacturing processes. In this article, we will discuss what these IoT devices are, their pros and cons, where they can be used, and the top 20 devices to review.

 

 What are IoT devices?

 IoT devices are devices connected via the Internet to transmit and receive information from other devices, systems or people on a network. IoT devices give us the ability to control and manage these internet-connected devices from anywhere in the world. Seamless communication with IoT devices is achieved through responsive sensors, low-cost wireless technology, NFC, LTE, Bluetooth, wireless standards and other similar technologies.

The term "Internet of Things" or IoT was first coined

 

cisco networking

The Pro Series BP-90C70

 

The Pro Series BP-90C70 and BP-90C80 light production color document systems offer proven technology, award-winning features nexus, exceptional 2,400 x 2,400 dpi image quality and precision media handling at speeds up to 80 ppm. With performance engineering, completing time-critical short-run print jobs quickly and on budget, is second to none. Organizations, large and small, will benefit from the versatility of the available input and output options. With options ranging from air-feed paper handling, to the production booklet finisher that prints up to 120-page full-bleed booklets, the Pro Series can help your organization business produce more jobs in-house, saving time and money.

 

These models expand on the exclusive edge-to-edge printing capabilities, simplifying full-bleed printing applications from statement size full-bleed booklets to letter size, pamphlets, long paper and more! The large 15.4″ (diagonally measured) touchscreen display, which utilizes utilizing the latest controller architecture and intuitive user interface, is further enhanced with full access to Fiery® Command Workstation with one touch to switch between modes to streamline job management tasks. These models offer a choice of three powerful print controllers, including the standard Sharp print controller and two optional Fiery® Print Servers operating on the latest FS600 Pro and FS600 platforms, enabling customers the freedom to choose the right fit for their workflow requirements.

 

Barracuda employs advanced machine learning and artificial intelligence for exceptional threat detection accuracy, protecting against 13 email threat types.

Key threats include phishing, which targets sensitive information, and malware, which compromises systems. The system also identifies impersonation attacks, ensuring users are aware of fraudulent communications.

Barracuda filters out spam and defends against ransomware and business email compromise (BEC), which involves fraudulent requests for funds. It safeguards against credential theft and monitors for data leakage.

The technology addresses zero-day exploits and advanced persistent threats (APTs), while also recognising social engineering tactics. It prevents domain and email spoofing, ensuring the integrity of communications.

The Barracuda AI engine continuously adapts to new threats, keeping customer defences robust and up to date.