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UGREEN NASync DX480T Plus NAS network attached storage

UGREEN NASync DX480T Plus CES 2024
At the renowned CES 2024 event in Las Vegas, UGREEN has introduced its new network attached storage NAS device, the NASync DX480T Plus, and an array of vehicle accessories that cater to the modern consumer’s needs. The tech community gathered from January 9-12, where UGREEN’s booth became a hub of interest for those eager to see the latest advancements in technology.

The NASync DX480T Plus stands out as a compact yet robust NAS device, boasting an impressive 16 TB of SSD storage and 32 GB of RAM that can be expanded to accommodate the growing data demands of users. At its core, the device is powered by a 12th gen Intel Core i5 10 Core processor, ensuring swift and efficient performance. The inclusion of two Thunderbolt 4 USB-C ports on the NASync DX480T Plus allows for rapid data transfer, making it an ideal solution for individuals and businesses with substantial storage needs.

UGREEN didn’t stop there; they expanded their NAS offerings with the introduction of the NASync DXP8800 Pro and DXP4800 Plus. These additional models are equipped with the latest Intel CPUs, expandable memory options, and multiple storage bays, ensuring that there’s a suitable option for a variety of user requirements.

UGREEN NASync NAS network attached storage platform

UGREEN NASync specifications

Turning to the automotive world, UGREEN’s new line of vehicle accessories demonstrates their dedication to innovation and practicality. Among the standout products is a portable tire inflator equipped with a digital display that provides accurate pressure readings. For those needing more functionality, a larger inflator model includes an LED light and customizable pressure settings. UGREEN also introduced a 300-watt car power inverter, which features an LED screen and transforms a car’s cigarette outlet into a versatile plug-in adapter with AC outlets and USB ports, all while incorporating safety protections.

For emergency situations, UGREEN has thought of everything, including a 10000mAh jump starter that’s capable of starting engines up to 4 liters in size or 2.5L diesel vehicles. Additionally, they’ve unveiled a handheld vacuum cleaner designed for easy vehicle maintenance and a portable EV charger that offers convenience for electric vehicle owners on the go.

UGREEN’s presence at CES 2024 underscores their commitment to delivering products that blend high performance with convenience, meeting the demands of today’s tech-savvy consumers. The NASync DX480T Plus NAS device and the comprehensive range of vehicle accessories are a testament to UGREEN’s focus on creating solutions that enhance the user experience in both the digital and automotive realms. The UGREEN NAS is coming to Kickstarter in March, you can find out full details over at the UGREEN website.

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SuperNIC network accelerator for AI cloud data

SuperNIC network accelerator for AI cloud data introduced by NVIDIA

The advent of artificial intelligence (AI) and its subsequent growth has brought about a significant shift in the technology landscape. One of the areas experiencing this transformation is cloud computing, where the traditional Ethernet-based cloud networks are being challenged to handle the computational requirements of modern AI workloads. This has led to the emergence of SuperNICs, a new class of network accelerators specifically designed to enhance AI workloads in Ethernet-based clouds.

SuperNICs, or Super Network Interface Cards, have unique features that set them apart from traditional network interface cards (NICs). These include high-speed packet reordering, advanced congestion control, programmable compute on the I/O path, power-efficient design, and full-stack AI optimization. These features are designed to provide high-speed network connectivity for GPU-to-GPU communication, with speeds reaching up to 400Gb/s using RDMA over RoCE technology.

The capabilities of SuperNICs are particularly crucial in the current AI landscape, where the advent of generative AI and large language models has imposed unprecedented computational demands. Traditional Ethernet and foundational NICs, which were not designed with these needs in mind, struggle to keep up. SuperNICs, on the other hand, are purpose-built for these modern AI workloads, offering efficient data transfer, low latency, and deterministic performance.

What is SuperNIC and why does it matter?

The comparison between SuperNICs and Data Processing Units (DPUs) is an interesting one. While DPUs offer high throughput and low-latency network connectivity, SuperNICs take it a step further by being specifically optimized for accelerating networks for AI. This optimization is evident in the 1:1 ratio between GPUs and SuperNICs within a system, a design choice that significantly enhances AI workload efficiency.

A prime example of this new technology is NVIDIA’s BlueField-3 SuperNIC, the world’s first SuperNIC for AI computing. Based on the BlueField-3 networking platform and integrated with the Spectrum-4 Ethernet switch system, this SuperNIC forms part of an accelerated computing fabric designed to optimize AI workloads.

The NVIDIA BlueField-3 SuperNIC offers several benefits that make it a valuable asset in AI computing environments. It provides peak AI workload efficiency, consistent and predictable performance, and secure multi-tenant cloud infrastructure. Additionally, it offers an extensible network infrastructure and broad server manufacturer support, making it a versatile solution for various AI needs.

The emergence of SuperNICs marks a significant step forward in the evolution of AI cloud computing. By offering high-speed, efficient, and optimized network acceleration, SuperNICs like NVIDIA’s BlueField-3 SuperNIC are poised to revolutionize the way AI workloads are handled in Ethernet-based clouds. As the AI field continues to grow and evolve, the role of SuperNICs in facilitating this growth will undoubtedly become more prominent.

Image Credit : NVIDIA

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How to setup, join and use a Meshtastic network

How to setup, join and use a Meshtastic network

Imagine the convenience of being able to communicate in the most remote corners of the world, where traditional cellular or internet services are nonexistent. This is the vision behind the Meshtastic network, a low-power, long-range mesh network that operates independently of conventional communication infrastructure. By following this guide, you can set up your own Meshtastic network and maintain connectivity, no matter where your adventures take you.

Meshtastic is a project that enables you to use inexpensive LoRa radios as a long range off-grid communication platform in areas without existing or reliable communications infrastructure. This project is 100% community driven and open source!

In the world of communication, the ability to stay connected across vast distances without relying on traditional infrastructure is becoming increasingly important. Whether you’re an outdoor enthusiast, part of an emergency response team, or living in a community with limited access to standard communication networks, the combination of Meshtastic and LoRa technology offers a compelling solution. This open-source project is designed to facilitate long-range, off-the-grid messaging through a network that’s easy to set up and maintain.

At the heart of this system is LoRa technology, which stands for Long Range. It’s a wireless communication method that allows for messages to be sent over distances that can exceed 200 kilometers under the right conditions. The beauty of LoRa is its decentralized approach; you can connect directly with others in the network without the need for a central router, making it ideal for remote or rural areas.

How to join Meshtastic

When you combine LoRa with Meshtastic, you get a mesh network that’s capable of functioning independently of cellular phones and the internet. Meshtastic devices are designed to create a network that can relay messages from one device to another, effectively increasing the range and reliability of the network. These devices are not only capable of sending secure, encrypted messages but also have the added benefit of long battery life, which is crucial for prolonged use in the field. Additionally, they can support text messaging and may include GPS functionality to help with location tracking.

Setting up your Meshtastic network is a straightforward process. It begins with pairing your smartphone with Meshtastic radios. Once paired, you can communicate with specific devices within the network. The setup involves installing Meshtastic software on ESP32-based boards, and the instructions provided are clear and easy to follow.

To manage your network effectively, Meshtastic provides both a smartphone app and a web client. These management tools allow you to tweak settings, manage communication channels, and even connect to the internet through an MQTT server using your phone’s data connection. This level of control ensures that you can maintain a robust and efficient network.

How to set up a Meshtastic network

Here are some other articles you may find of interest on the subject of mesh networking for your home and business :

Before you start using your network, it’s important to select the appropriate communication channels. Meshtastic makes this process simple by using channels and profiles that can be shared easily through QR codes. You’ll need to ensure that you choose the right regional and frequency settings to comply with local regulations and to optimize the performance of your network.

To maximize the range of your network, it’s essential to establish line-of-sight connections between devices. You can further enhance the network’s reach by using routers or repeaters, which are best placed at elevated locations to cover more ground. The capabilities of your Meshtastic network can be expanded by connecting nodes to the internet via an MQTT server. This allows for a wider range of interactions, including the ability to join specific channels with other users. Additionally, you can equip nodes with various sensors to collect and transmit valuable data across the network.

One of the most exciting aspects of using Meshtastic is the potential for automation and data utilization. By integrating tools like Node-Red with your Meshtastic network, you can leverage sensor data for automation purposes. This is particularly useful for environmental monitoring or automating tasks based on sensor triggers.

Overall, setting up a Meshtastic and LoRa network is a smart choice for anyone in need of reliable communication in areas without conventional infrastructure. Its mesh networking capabilities, secure messaging, sensor integration, and automation potential make it a versatile and dependable platform for a wide range of applications. Whether you’re looking to stay connected during outdoor adventures, coordinate emergency response efforts, or simply provide a communication solution for a remote community, Meshtastic and LoRa technology offer a powerful and flexible solution. For more information jump over to the official webpage for more details.

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What is a Firewall in a Computer Network?

Firewall

Do you feel secure when you open your laptop? But do you know what makes using your PC and browsing the internet so safe? Today, we’ll talk about a firewall – a basic but important part of any computer network.

As a security device, it protects the network. Yet, a firewall can be used in various settings and present itself in an array of components. Let’s unpack it.

Firewall and Its Importance

As was mentioned above, a firewall protects the network it’s on. In particular, it’s a security measure that pays close attention to all virtual traffic going through the network and doesn’t let any unauthorized third parties access it. Any possible dangers end up blocked. Firewalls were created along with the internet and are now a basis of online security. On a physical level, a firewall can be:

  • hardware attached to the device,
  • software installed on the device,
  • Software as a service (SaaS),
  • virtual private cloud.

It shouldn’t be a surprise that firewalls are considered an essential component of a network, and most devices come preloaded with one. They guard users from cyber-attacks like viruses, hackers, and malware. Firewalls can be combined with an intrusion prevention system (IPS) and sometimes a VPN.

Firewall Capabilities

We’ve established that a firewall prevents malicious attacks. But how exactly does it work? This technology is an actual wall between the network it’s on and all other networks outside. This border between two spaces acts as a sort of filter that studies everything entering and leaving it. When it notices something dangerous, the firewall blocks it and notifies the owner of the network. Every firewall has a set of orders the information entering it has to comply with.

Types of Firewalls

From the beginning, firewalls have developed a lot of categories. They vary by the system they are installed on and their data filtering approach.

You’ll see networks and hosts when looking at the systems they are installed on and protect. Network-based firewalls are usually hardware that safeguards a big network. Host-based firewalls are made for individual devices and are software. It’s drastically different when differentiating them by data filtering. They can be:

  • packet-filtering,
  • stateful inspection,
  • circuit-level gateway,
  • proxy,
  • next-generation,
  • threat-focused next-generation,
  • virtual or cloud,
  • cloud-native.

Firewall Uses

Both corporations and individuals utilize firewalls. Some of the firewall uses include:

  • Safe remote access. When paired with a VPN, firewalls can grant them access to a network remotely.
  • General security. As mentioned before, firewalls protect from outside threats and malicious third parties. Yet, they can also be installed as an inner shield to protect the network from the inside.
  • Inspection. Not only do firewalls protect, but they also keep a list of various functions conducted through them. Thus, network administrators can easily look through these files and inspect the patterns to improve the security of the network later.
  • Filtering the data. Based on the rules adopted by a firewall, it will filter the data going through. So, networks based on always-online connections will be protected from malicious content.
  • Controlling means of entry. Since firewalls are guarding the network from the outside world, they can be used to block access to websites. That said, companies can make sure their employees don’t visit social media or other forms of entertainment during working hours.

Firewalls and VPNs

Firewall and VPN are a classic combination used by many companies. These two complement each other, effectively creating a perfect tandem. For example, a firewall sets a barrier between the network and the outer threats. VPN can also make the connection secure and hide your location.

When a firewall bans insecure websites, you can still access them through VPN use. The latter allows you to establish a safe passage to the content you need, be it secure or not. That’s the main difference between firewalls and VPNs – one works with blocking, and the other one channels a private connection.

A firewall is one of every device’s oldest and most important features. Be it physical hardware or online software, firewalls are essential for all users who value security. Combined with other services like VPNs, they create a perfect environment for online activity.

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Dual-port 10GbE network cards supports SR-IOV for boosting VMware apps

Dual-port 10GbE network cards supports SR-IOV for boosting VMware apps

QNAP has recently launched a new 10GbE network expansion card, the QXG-10G2SF-X710, which is equipped with the Intel Ethernet Controller X710-BM2. This expansion card is an effective solution for teams needing concurrent data access, photographers and videographers requiring swift data transmission, and latency-sensitive virtualization applications. The card is not only energy-efficient but also budget-friendly, offering users a cost-effective solution for a high-speed network environment.

The QXG-10G2SF-X710 can be installed into a QNAP NAS or a Windows/Linux PC, boasting two high-speed 10GbE ports. This makes it a versatile solution for a variety of devices. The card is compatible with QNAP NAS, Windows, and Linux devices, supporting QTS 5.1 (and later), QuTS hero h5.1 (and later), Windows 11 22H2, Windows Server 2022 21H2, and Ubuntu 20.04 LTS. This wide range of compatibility underscores its applicability across multiple platforms and operating systems.

Dual-port 10GbE network card

One of the distinguishing features of the QXG-10G2SF-X710 is its low-noise fanless design. This design not only reduces the noise output but also enhances the energy efficiency of the card. The card also features two 10GbE SFP+ (10G/1G) network ports, offering up to 20Gbps of data transfer potential. This high data transfer potential can be achieved through SMB Multichannel or Port Trunking, making the card an ideal solution for high-speed data transmission tasks.

A significant aspect of the QXG-10G2SF-X710 is its support for SR-IOV (Single Root I/O Virtualization). SR-IOV is a specification that allows a PCIe device to appear to be multiple separate physical PCIe devices. The QXG-10G2SF-X710’s support for SR-IOV enhances network resource allocation for VMware virtualization applications. This results in a reduction in network bandwidth consumption and CPU usage for virtual machine servers. This feature is particularly beneficial for businesses and organizations that rely heavily on virtualization applications, as it allows them to optimize their network resources and improve the efficiency of their operations.

Other articles we have written that you may find of interest on the subject of networking : 

QNAP QXG-10G2SF-X710

The network expansion card is also compatible with various QNAP 10GbE NAS and switches. This compatibility, coupled with its low cost, makes the QXG-10G2SF-X710 a cost-effective solution for a high-speed network environment. It allows users to upgrade their network infrastructure without incurring significant costs.

However, users must note that when installing the QXG-10G2SF-X710 in a computer, they must download the necessary Windows/Linux drivers from the official Intel® website. This requirement ensures that the card functions optimally and is fully compatible with the operating system of the device.

The QXG-10G2SF-X710 is a versatile, cost-effective, and high-speed solution for various data transmission and virtualization needs. Its support for SR-IOV and compatibility with a wide range of devices and operating systems make it a valuable addition to any high-speed network environment. Its energy-efficient and low-noise design further enhances its appeal to users looking for a quiet and environmentally friendly network solution.

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Linksys Velop Pro 7 WiFi 7 Mesh network

Linksys Velop Pro 7 WiFi 7 Mesh networkLinksys has this week announced the launch and availability of its new new WiFi 7 Mesh network bundle, the Linksys Velop Pro 7. This state-of-the-art home networking system has been specifically designed to provide users with the wireless performance of WiFi 7, the most efficient WiFi standard to date. With speeds up to 4.8x faster than WiFi 6 and very low latency, it offers users flawless streaming, gaming, and connectivity throughout their homes.

Be up and running in just 10 mins

One of the most notable features of the Linksys Velop Pro 7 is the ease of setup. The new system is designed to reduce the time required by 66%, taking less than 10 minutes to get up and running. This is achieved through the Linksys App, which provides a self-guided choice of home topology, allowing users to easily make adjustments and access all settings at their fingertips.

This app also enables users to manage their devices and network from anywhere, at any time, providing a level of convenience and control that is unparalleled in the home networking market.

Jeevan Patil, vice-president of experience at Linksys: “The average household today has at least 10 connected devices.i With AR and VR becoming the new normal in solutions across home security, work and entertainment, Linksys Velop Pro 7, our most advanced mesh system yet, opens the door to harness next generation technology without compromise.”

“We are excited to collaborate with Linksys to bring this game changing technology to consumers with the Velop Pro 7 powered by the Qualcomm Networking Pro 620 platform. Delivering next-gen WiFi 7 features today, it is an ideal solution for home mesh systems where the growing ecosystem of mobile, compute and XR devices built on the Qualcomm FastConnect 7800 will benefit from elevated WiFi 7 wireless experiences,” said Ganesh Swaminathan, vice president and general manager, Wireless Infrastructure and Networking, Qualcomm Technologies, Inc.

WiFi 7

The Velop Pro 7 is not just about speed and convenience, though. It also introduces the concept of a Cognitive Mesh. This technology offers lightning-fast installation and automatically optimizes your WiFi, providing the best possible performance for all connected devices. Additionally, the system includes Cognitive Experience and Cognitive Security features, which provide immediate troubleshooting support and ensure safe browsing online, respectively.

Linksys Velop Pro 7 bundles

  • $399.99 (1-node pack) – recommended for up to 3 rooms / 1 floor (up to 3,000 sq ft)
  • $749.99 (2-node pack) – recommended for up to 6 rooms / 2 floors (up to 6,000 sq ft)
  • $999.99 (3-node pack) – recommended for up to 9 rooms / 3 floors (up to 9,000 sq ft)

The system is also designed to be flexible and adaptable. Users can choose a mesh configuration that suits their needs, whether that be daisy chain nodes, apply star topology, or let the App optimize the WiFi. Each node covers 3,000 square feet, and each Velop Pro WiFi 7 system can cater to 200 devices, ensuring reliable home WiFi coverage.

The Velop Pro 7 is powered by the Qualcomm Networking Pro 620 Platform, offering wire-like stability and performance. The system also supports Multi-Link Operation for services like link aggregation and link failover, enhancing its reliability and versatility.

Security features

  • Supports up to 4 simultaneous SSIDs to securely segment clients and traffic
  • Supports various wireless security/encryption types including WPA2/WPA3 Mixed Personal, WPA2 Personal, WPA3 Personal, Parental Controls featuring time-based, domain-based and MAC address-based (device-based) blocking of Internet access, Single-port and port-range forwarding, port triggering
  • Network Address Translation (NAT)
  • Stateful Packet Inspection (SPI) firewall

In addition to its technical features, the Velop Pro 7 also boasts a sleek “Droplet” design from the Linksys Designer Series, combining aesthetics with speed, stability, and reliability. This design ensures that the system will not only perform well, but also look great in any home.

Linksys has also shown a commitment to environmental responsibility with the packaging for the Velop Pro 7. The packaging is recyclable and made from 65% recycled material, reflecting Linksys’ dedication to minimizing its environmental impact.

The launch of the Linksys Velop Pro 7 represents a significant advancement in home networking technology. With its advanced WiFi 7 technology, easy setup, and innovative features, it offers users a level of performance and convenience that is unrivalled. Whether you’re streaming, gaming, or simply browsing the internet, the Velop Pro 7 is designed to provide a seamless and enjoyable online experience.

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Martha Higareda’s Biography, Wiki, Network, Personal Life, Movies and TV Shows and More.

Marta Higareda (full name Marta Elba Higareda Cervantes) is a Mexican screenwriter, producer, and actor. Her artistic career began in high school when she began filming commercials and performing on stage. Then Martha was asked to host one of the Disney Channel’s shows.

Martha became one of the few Mexican actors to achieve success in Hollywood. The artist’s artistic life includes over fifty cinematic roles. She also wrote scripts for three films and produced seven.

Higareda was named the best Mexican actress at the 2012 Guadalajara Film Festival, getting a well-deserved honor.

HIgareda has appeared in the following films: “Street Kings,” “Trump Aces 2”, “Dear Doctor,” “Hawaii 5.0”, “Trainer,” “Altered Carbon,” and “Towards Darkness.”

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Martha Higareda Bio/Wiki Overview

Martha Higareda, a Mexican actress, producer, and actress, was born Martha Elba Higareda Cervantes on August 24, 1983.

Higareda was born in Villahermosa, Tabasco, Mexico, the daughter of actress Martha Cervantes and therapist and artist Jose Luis Higareda and the sister of actress Miriam Higareda. She began her theatrical career early, doing everything from acting to jazz, flamenco, tap, and folk dance. When she was 14, she moved to Mexico City to seek a career in acting. Her first theater performances were in Little Women and Don Juan’s plays.

Full Name Martha Elba Guadalupe Higareda Cervantes
Other Name Martha Higareda
Gender Female
Instagram Profile @marthahigareda
Profession Actress
Date of Birth August 24, 1983
Age 40 Years Old
Place of Birth Villahermosa, Mexico
Hometown Villahermosa, Mexico
Ethnicity White
School A local school in Mexico
University N/A
Net Worth $1.4 Millions

Career

Martha Higareda, a Mexican actress, debuted in Hollywood in 2000 after being invited to test for a starring part in an erotic drama. Despite her young age, she made the cut and appeared in F. Sarinana’s film “It Hurts to Love,” based on Shakespeare’s “Romeo and Juliet.” Martha became one of Mexico’s most famous actors, earning the moniker “Mexican Cutie.”

Following her excellent debut, Martha was asked to shoot in Hollywood, where she featured with famous actors K. Reeves, K. Evans, and F. Whitaker in the thriller Street Kings. Martha returned to Mexico in 2010 and resumed starring in films, eventually becoming a producer and screenwriter. Her film “Imagine, Laura,” based on Higareda’s storyline, became the box office top. Two years later, she won the Mayahuel Award for her performance in the film Mariachi.

Higareda became prominent in Netflix’s upcoming project, Altered Carbon, in 2018. She intends to continue working with Netflix and appear in numerous more projects in the future.

Film Roles, Movies and TV Shows

Year Titile
2002 Amar te duele
2003 Mujer dormida
2004 Al otro lado
2005 Volver, Volver
2006 Fuera del cielo
Fuera del Cielo Borderland

Television Roles

Years Title
2002 Enamórate
2003 Gitanas
2004–2005 Las Juanas
2008 Tiempo final
2010 Carlos, Lies in Plain Sight
2011 CSI: Miami
2013 Hawaii Five-0

Martha Higareda Personal Life

When Martha and Keanu Reeves were filming “Street Kings,” rumors spread that the two were having an affair. However, there was no evidence to back up these claims.

Marta and Corey Brasso married in 2016. They began dating in the City of Angels in 2011. The event took place in Hawaii, away from the media limelight. Nobody knew Martha and Corey were married until they showed up to the premiere of the new film together.

Height 5 ft 3 in / 160 cm
Weight 115 lb / 52 kg
Hair Color Black
Eye Color Dark brown
Body measurement Bust size 31 in / 81 cm
Waist size 22 in / 58 cm
Hips size 33 in / 84 cm
Piercing Ears
Parents Jose Luis Higareda, Martha Cervantes
Relationship Status Married (Cory Brusseau)
Siblings Miriam Higareda, Luis Daniel Higareda, José Luis Higareda

Net Worth

Estimated Net Worth $1.4 Millions
Salary/Wage N/A
Income Sources Acting

Frequently Asked Questions

Is Martha Higareda a single?

She is married and engaged to Cory Brusseau.

Where was Martha Higareda born?

Martha Higareda was born in Villahermosa, Tabasco, Mexico

What is the name of Martha Higareda’s father?

Her father’s name is Jose Luis Higareda.

What is the name of Martha Higareda’s mother?

Her mother’s name is Martha Cervantes.

What is Martha Higareda’s net worth?

Martha Higareda has a net worth of $1.4 Million.

What is Martha Higareda’s age?

Martha Higareda is 40 years old as of 2023.

What is Martha Higareda’s real name?

Martha Higareda

What is Martha Higareda’s ethnicity?

White