Mientras las autoridades federales de Estados Unidos investigan a TP-Link, con sede en China, por riesgos para la seguridad nacional, es probable que se prohíban los enrutadores de Internet domésticos y de pequeñas empresas más populares utilizados en ese país, según un nuevo informe publicado el miércoles. Cualquier prohibición probablemente vendría bajo la nueva administración Trump.
Los enrutadores de Internet TP-Link enfrentan una posible prohibición en EE. UU.
Esta auditoría se produce después de que un informe de Microsoft de octubre revelara que los piratas informáticos chinos estaban explotando una gran red de dispositivos comprometidos, compuesta principalmente por miles de enrutadores TP-Link. Esto les permite lanzar ciberataques contra objetivos occidentales. Estos ataques tuvieron como objetivo centros de investigación, organizaciones gubernamentales, organizaciones no gubernamentales y proveedores del Departamento de Defensa.
Vulnerabilidades de seguridad no resueltas
Los expertos en seguridad han expresado su preocupación por las prácticas de TP-Link, señalando que sus enrutadores a menudo tienen fallas de seguridad que aún no se han solucionado. Los críticos dicen que la empresa sigue sin responder a los investigadores de seguridad que intentan informar vulnerabilidades.
El dominio del mercado de TP-Link ha crecido significativamente desde la pandemia de COVID-19, pasando de aproximadamente el 20% en 2019 a su participación actual del 65%. La empresa coopera con más de 300 proveedores de Internet estadounidenses. Suministra enrutadores a varias agencias federales, incluida la NASA, el Departamento de Defensa y la Administración de Control de Drogas.
La empresa defiende las prácticas
La unidad de la compañía con sede en California defendió sus prácticas, diciendo que estaba evaluando riesgos potenciales de seguridad y remediando vulnerabilidades conocidas.
“Agradecemos cualquier oportunidad de colaborar con el gobierno de Estados Unidos para demostrar que nuestras prácticas de seguridad son totalmente consistentes con los estándares de seguridad de la industria”, dijo una portavoz de la compañía.
La prohibición eliminará muchos equipos
Las investigaciones son parte de una respuesta más amplia a los recientes ciberataques vinculados a China. Si se implementa, la prohibición representaría la retirada más significativa de equipos de telecomunicaciones chinos de Estados Unidos desde la acción de la administración Trump en 2019 contra Huawei Technologies Co.
Otros países ya han tomado medidas contra TP-Link. Taiwán ha prohibido el uso de los enrutadores de la compañía en instalaciones gubernamentales y educativas, mientras que India emitió una advertencia este año sobre los riesgos de seguridad asociados con los dispositivos.
China critica la investigación
La empresa, fundada por los hermanos Zhao Jianjun y Zhao Jiaxing en 1996 en Shenzhen, ha intentado distanciarse de China en medio de crecientes tensiones. En octubre, TP-Link anunció planes para establecer su sede en California, aunque los registros comerciales indican que los hermanos fundadores conservan el control de todas las entidades globales de TP-Link.
La embajada de China en Washington criticó la investigación estadounidense y su portavoz, Liu Bingyu, afirmó que Estados Unidos estaba utilizando la seguridad nacional como excusa para “reprimir a las empresas chinas”. Una posible prohibición probablemente recaerá en la administración entrante de Trump, que ha manifestado una postura dura hacia China.
Los expertos de la industria señalan que, aunque los fabricantes de enrutadores estadounidenses también han sido vinculados a importantes ataques, la proliferación de enrutadores sin parches y los riesgos potenciales de los equipos de red fabricados en el extranjero se están convirtiendo en una preocupación creciente para los funcionarios de seguridad nacional.
Linksys anunció originalmente la nueva versión Wi-Fi 7 de su sistema de malla Velop Pro en octubre de 2023, pero los detalles técnicos finales del estándar Wi-Fi 7 no se resolvieron hasta el anuncio oficial en CES a principios de este año.
Entonces, como muchos otros productos Wi-Fi 7, el enrutador Velop Pro 7 tardó un tiempo en salir a la venta. Es una llegada bienvenida, aunque el Velop Pro 7 no es exactamente barato, ya que es significativamente menos costoso que algunos de los otros sistemas y enrutadores Wi-Fi 7 en malla que hemos visto hasta ahora, lo que presagia cierta esperanza de que Wi-Fi 7 está empezando a ser accesible para los usuarios domésticos comunes.
No es un sistema Wi-Fi 7 tope de gama, ya que ofrece Wi-Fi tribanda con una velocidad máxima de poco más de 10 Gbps. En realidad, este es un rango bastante medio para el estándar ultrarrápido Wi-Fi 7, pero aún es más que lo suficientemente rápido para manejar la mayoría de los servicios y tareas de banda ancha local, como juegos en línea o transmisión en vivo. 4k video.
Wi-Fi 7 también es compatible con PC y dispositivos móviles más antiguos que usan Wi-Fi 5 o 6, por lo que no tiene que preocuparse por problemas de compatibilidad si decide actualizar con un sistema Wi-Fi 7 como Velop Pro. 7. Como hemos visto con los sistemas Velop anteriores, puede comprar uno, dos o tres enrutadores de malla Velop para adaptarse al tamaño de su hogar.
Linksys Velop Pro 7: Precio y disponibilidad
¿Cuánto cuesta? $ 699,99 / £ 749,99 (alrededor de AU $ 1060)
¿Cuándo estará disponible? ahora
¿Dónde puedes conseguirlo? Disponible en EE. UU. y Reino Unido
Cada enrutador Velop puede cubrir un área de aproximadamente 3000 pies cuadrados, por lo que las personas en hogares más pequeños probablemente encontrarán que un enrutador satisface bastante bien sus necesidades por £ 399,99 / AU $ 349,99 (aproximadamente AU $ 530).
Sin embargo, el sistema de dos piezas que probamos cuesta £ 749,99 / AU $ 699,99 (alrededor de AU $ 1060), y también está disponible una opción de tres dispositivos por £ 999,99 / AU $ 899,9 (alrededor de AU $ 1365). El Velop Pro 7 está disponible actualmente en los EE. UU. y el Reino Unido, aunque, como hemos visto con otros productos Wi-Fi 7, la pobre y vieja Australia parece ser un callejón sin salida en el Wi-Fi, ya que recientemente se ha puesto al día con la última generación. .FI 6E.
Eso sigue siendo bastante caro, por supuesto, pero el Velop Pro 7 cuesta aproximadamente la mitad del precio de los sistemas Wi-Fi 7 de malla de la competencia como CambiamosEl costoso Orbi 970, que cuesta £ 1499,99/AU $ 1699,99 (aproximadamente AU $ 2600) para un sistema similar de dos piezas, y £ 2199,99/AU $ 2299,99 (aproximadamente AU $ 3475) para un sistema de tres piezas.
Linksys Velop Pro 7: Diseño
(Crédito de la imagen: futuro)
Diseño delgado y compacto
Muchos puertos Ethernet
Disponible con uno, dos o tres enrutadores
El diseño del Velop Pro 7 le resultará familiar de los modelos Velop anteriores, con cada enrutador que consta de una delgada torre blanca, rematada con la forma cónica de “lágrima” característica de Velop en el panel superior.
Los enrutadores son lo suficientemente delgados y livianos como para caber fácilmente en un estante o mesa, aunque la altura de cada unidad, de 221 mm, significa que necesitarán un poco de espacio libre si desea colocarlos en una estantería o algo similar.
Linksys Velop Pro 7: Especificaciones
Wifi: Wi-Fi 7 de tres bandas (2,4 GHz/5,0 GHz/6,0 GHz) Velocidad wifi: 10,7 Gbps Puertos (por enrutador): 1 x 2,5 Gigabit Ethernet (WAN), 4 x Gigabit Ethernet (LAN) Curador: Qualcomm 1,5 GHz, cuatro núcleos memoria: 1GB SDRAM almacenamiento: indefinido Dimensiones: 221 x 95 x 95 mm, 0,95 kg / 2 libras
Los enrutadores de Velop son idénticos, por lo que puede conectar uno a su enrutador existente para usar su conexión de banda ancha y luego guardar los otros enrutadores para extender la red de malla directamente a través de su hogar u oficina.
Pero si bien los enrutadores Velop Pro 7 se parecen mucho a los modelos anteriores, existen algunas diferencias importantes. El Velop Pro 6E que revisamos recientemente solo tiene dos puertos Gigabit Ethernet en cada enrutador, uno de los cuales es necesario para conectarse a su enrutador existente y solo el segundo puerto está disponible para proporcionar una conexión por cable.
Por el contrario, todos los enrutadores Velop Pro 7 tienen cinco puertos Ethernet: un puerto de 2,5 GbE para conectarse a Internet (WAN) de alta velocidad y cuatro puertos Gigabit Ethernet para proporcionar conexiones por cable para dispositivos como una consola de juegos o una computadora portátil.
Sin embargo, no hay puertos USB, lo que le permitiría conectar un disco duro u otro dispositivo de almacenamiento a su red, pero es poco probable que eso sea un factor decisivo para la mayoría de los usuarios.
Sin embargo, es un poco extraño que Linksys evite cualquier mención de la velocidad de Velop en su sitio web, prefiriendo simplemente señalar que Wi-Fi 7 es mucho más rápido que Wi-Fi 6 (Dios, ¿en serio?). Después de buscar un poco, encontramos una referencia a una velocidad de “más de 10 Gbps” antes de localizar una hoja de datos que especifica una velocidad de 10680 Mbps (o 10,68 Gbps).
Linksys Velop Pro 7: Características
(Crédito de la imagen: futuro)
WiFi tribanda 7
La aplicación parece un poco incompleta.
Los controles parentales todavía están en versión beta
Como se mencionó anteriormente, Velop Pro 7 ofrece Wi-Fi 7 de tres bandas, utilizando las bandas de frecuencia de 2,4 GHz, 5,0 GHz y 6,0 GHz, que serán lo suficientemente rápidas para manejar la mayoría de las conexiones de banda ancha domésticas y de oficina.
Comenzar es bastante sencillo, aunque el proceso puede resultar un poco engorroso en ocasiones. Hay un código QR impreso en la base de cada enrutador, pero esto no nos permitió conectarnos automáticamente a la red de Velop, como es el caso con muchos sistemas de malla de la competencia.
En su lugar, tuvimos que escribir el nombre de la red y la contraseña impresos en la base del enrutador e ingresarlos manualmente, antes de cambiar los detalles de la red más tarde y crear un nuevo nombre y contraseña de nuestra elección.
También debes comenzar el proceso de configuración con los dos enrutadores Velop colocados juntos mientras creas tu nueva red, y luego mover el segundo enrutador, denominado “nodo”, a otra ubicación una vez que hayas terminado. Curiosamente, la aplicación nos dijo varias veces que no teníamos conexión a Internet, a pesar de que ya estábamos transmitiendo BBC News en nuestro iPad usando la red Velop.
La aplicación también sigue siendo una mezcla más adelante. Crea una red única que combina las tres bandas de frecuencia, simplificando las cosas para los nuevos usuarios, pero los usuarios más avanzados pueden preferir tener un mayor control sobre la configuración de la red.
La aplicación incluye funciones como una red para invitados y la opción de crear un horario para controlar el acceso a Internet de sus hijos. Sin embargo, los controles parentales aún son un trabajo en progreso, y el modo “Navegación segura” de la aplicación todavía está etiquetado como “beta”. Esto proporciona filtros de contenido que pueden bloquear material inapropiado, aunque esta característica no se explica claramente en la aplicación. Además, actualmente parece bloquear contenido en todos los dispositivos de su red, en lugar de permitirle crear diferentes perfiles y configuraciones para niños de diferentes edades.
Linksys Velop Pro 7: Rendimiento
imagen 1 a 3
(Crédito de la imagen: futuro)
(Crédito de la imagen: futuro)
(Crédito de la imagen: futuro)
La velocidad máxima es de 10,68 Gbps
Buen rendimiento y alcance.
Atraviesa paredes y otras barreras.
La aplicación Linksys puede ser un poco complicada, pero no tuvimos ninguna queja sobre el rendimiento del Velop Pro 7.
Nuestro antiguo enrutador de escritorio no podía manejar la velocidad total de 150 Mbps que ofrecía nuestra conexión de banda ancha, e incluso los dispositivos en la misma habitación rara vez obtenían más de 100 Mbps para cualquiera de los dos. vapor Descargas o prueba de velocidad de Ookla. También tenemos una habitación en la parte trasera del edificio a la que nuestro enrutador no puede llegar, lo que nos obliga a depender de adaptadores Powerline para proporcionar una conexión por cable a nuestras computadoras de escritorio en esa habitación.
Entonces, configuramos el Velop Pro 7 con la primera unidad Velop conectada al enrutador normal de nuestra oficina y colocamos el segundo “nodo” Velop en el pasillo directamente adyacente al punto Wi-Fi fijo en la oficina administrativa.
Pruebas comparativas de Linksys Velop Pro 7
Prueba de velocidad de Ookla: red integrada única (descargar/cargar)
Dentro de 5 pies, sin obstáculos: 150Mbps / 150Mbps
Dentro de 30 pies, tres paredes divisorias: 150 Mbps / 150 Mbps
Descarga de Steam de 20 GB: 1 red integrada
Dentro de 5 pies, sin obstáculos: 150 Mbps
Dentro de 30 pies, tres paredes divisorias: 150 Mbps
Como era de esperar, Velop alcanzó fácilmente los 150 Mbps tanto para las descargas de Steam como para nuestra prueba de velocidad de Ookla cuando se conectó a dispositivos en la misma habitación. Lo más importante es que la red de largo alcance de Velop no tembló cuando tomamos nuestra computadora portátil y caminamos por el pasillo hacia esa oficina administrativa, y continuamos manteniendo velocidades de 150 Mbps todo el tiempo.
¿Deberías comprar el Velop Pro 7?
(Crédito de la imagen: Linksys)
Compre Linksys Velop Pro 7 si…
Eres uno de los primeros en adoptar Aún es temprano para esta nueva tecnología, pero ya están comenzando a aparecer PC, portátiles y dispositivos móviles con Wi-Fi 7, por lo que actualizar a un enrutador o sistema de malla Wi-Fi 7 es una buena manera de preparar su hogar para el futuro. hogar u oficinas.
tienes una casa grande Puede comprar un solo enrutador Velop Pro 7 por sí solo, pero en realidad está destinado a ser un sistema de malla que utiliza dos o más enrutadores para cubrir un área más amplia de hasta 6000 pies cuadrados o más.
No lo compres si…
Tienes un presupuesto El Velop Pro 7 es uno de los sistemas Wi-Fi 7 más asequibles que hemos visto, pero sigue siendo bastante caro. La mayoría de los servicios de banda ancha local no necesitan la increíble velocidad que ofrece Wi-Fi 7, por lo que la mayoría de nosotros podemos quedarnos con enrutadores más asequibles que usan Wi-Fi 6 o 6E.
Solo tienes unos pocos dormitorios. Los sistemas de red como estos están diseñados principalmente para hogares y grandes oficinas. Si solo tienes una casa familiar pequeña o compartes un apartamento con amigos, todo lo que realmente necesitas es un enrutador tradicional.
Velop Pro 7: cuadro de mando
Arrastra para desplazarte horizontalmente
características
Notas
un resultado
valor
Wi-Fi 7 sigue siendo caro y nuevo, pero Velop Pro 7 logra ofrecer un rendimiento sólido a un precio más competitivo que la mayoría de sus competidores.
4 / 5
diseño
El diseño inteligente y optimizado está respaldado por múltiples puertos Ethernet para proporcionar conexiones por cable para computadoras y otros dispositivos.
4 / 5
Características
Algunos de los controles todavía están en versión beta pero funcionan bastante bien en la aplicación.
3.5/5
actuación
La aplicación Linksys podría tardar un poco más en prepararse, pero incluso este sistema Wi-Fi 7 de rango medio puede destruir la mayoría de los enrutadores más antiguos.
5/5
El resultado final
Wi-Fi 7 aún no es una actualización esencial, pero Velop Pro 7 es la opción menos costosa que hemos visto hasta ahora.
Perhaps the easiest option here is ExpressVPN: Not only is it one of the best VPN providers around, it also sells routers with its software baked in. If you’re looking for a solution that just plugs in and works, then this is probably the one to go for, and the standard one for homes will set you back $190.
Otherwise, find a VPN matching the router you’ve currently got installed, or find a router compatible with the VPN service you’re already signed up to. Listings pages for both routers and VPNs should tell you everything you need to know about compatibility, and if they don’t, message the companies directly—you want to make sure your hardware and software are going to work together before you attempt to set anything up.
NordVPN will provide configuration files for your router.
Courtesy of David Nield
We’ve already mentioned ExpressVPN, but NordVPN is another service with very good support for router installations. It has extensive support documentation on its website: Here’s the main portal page you need, which also comes with a list of supported routers and router models specifically recommended by NordVPN.
As for routers, many of the models designed to augment or replace the device you’ve been given by your internet provider support VPNs, including routers from Asus, Netgear, Linksys, and TP-Link—but do check the small print before buying. These manufacturers will typically give you some help when it comes to adding a VPN, as with this Netgear guide.
Getting Set Up
This is where the process is very specific to your choice of router and choice of VPN, but you can usually find official, online guides from the companies involved. I’ve already linked to a couple of them above. Basically, what you’re doing is getting your router to connect to your VPN service of choice. This will route all of the internet traffic from your home through your chosen service, so that every internet-connected device on your Wi-Fi network goes through that VPN.
Proton VPN is another VPN provider with an extensive router installation guide. As you can see from those instructions, most of the time you’re opening up your router settings. This is usually done through a web browser. Instead of typing in a web address, you type in your router’s network address (something like 192.168.50.1). Then you enter your login and password to get to your router’s admin menu; you should’ve set up this account info when you first configured the router.
If you are on the lookout for ways to enhance the performance of your AI systems. You might be interested to know that a significant stride in this direction has been made with the improvement of Semantic Router libraries, which are set to elevate the way AI interprets and responds to data. This is a crucial development for those aiming to advance the capabilities of AI technology. Semantic Router is a superfast decision-making layer for your LLMs and agents. Rather than waiting for slow LLM generations to make tool-use decisions, we use the magic of semantic vector space to make those decisions — routing our requests using semantic meaning.
Central to this progress is the newfound ability to fine-tune the decision-making processes of AI. Developers can now adjust threshold settings to better fit specific situations, moving away from one-size-fits-all solutions. This level of customization allows for more precise and appropriate reactions from AI systems, marking a notable step in the evolution of AI adaptability.
The refinement of AI decision-making is also being accelerated by innovative training techniques that simplify the coding requirements. These techniques enable swift modifications to the decision-making pathways, enhancing the AI’s learning efficiency. Consequently, AI systems can assimilate new information and make improved decisions more rapidly.
Custom Tuning AI Decision Making
An important aspect of boosting AI performance is the selection of an appropriate encoder model. The encoder’s job is to convert data into a format that the AI can process, and the quality of this conversion is directly linked to the AI’s decision-making precision. By choosing a model that processes information effectively, developers can ensure that their AI operates at peak performance, yielding fast and accurate results.
For heightened accuracy, it is vital to expose the AI to a wide array of utterances and to use a diverse set of test data. This expands the AI’s grasp of language and context, which is essential for accurate route classification. The more varied the input, the more adept the AI becomes at discerning and understanding the nuances of human language. Watch the tutorial below kindly created by James Briggs for more information on how you can find tune the AI decision-making process in Semantic Routers.
Here are some other articles you may find of interest on the subject of artificial intelligence :
The task of evaluating and training AI is an ongoing process that is critical for enhancing route classification accuracy. Through thorough testing and iterative training, developers can identify areas for improvement and refine the AI’s decision-making pathways. This continuous enhancement allows the AI to progress and remain effective amidst the constantly evolving technological environment.
Finally, the selection of the right model is instrumental in determining the accuracy of AI decision-making. Each model comes with its own advantages and drawbacks, and understanding these is key to choosing the most fitting one for a given application. By comparing different models’ performances, developers can make educated decisions that will strengthen the overall effectiveness of their AI systems.
Enhancing AI with Semantic Router Libraries
The recent advancements in Semantic Router libraries are providing developers with the tools necessary to fine-tune AI decision-making in unprecedented ways. By customizing threshold settings, utilizing efficient training methods, choosing the best encoder models, broadening the range of input data, and continually refining the training process, developers are paving the way for AI systems that are not only more precise but also more in tune with the complex demands of real-world applications. These enhancements are equipping AI with the sophistication needed to navigate the intricacies of data interpretation and action, setting a new standard for what AI can achieve.
In the fast-paced world of artificial intelligence, the development of Semantic Router libraries is a significant leap forward. These libraries are designed to improve how AI systems interpret and respond to data. By using semantic understanding, AI can process information in a way that is closer to human cognition, which is essential for tasks that require a nuanced understanding of language and context. Semantic Router libraries help AI to discern the meaning behind data, rather than just analyzing it at a superficial level. This deeper level of understanding is crucial for AI to interact with humans in a more natural and effective way.
The ability to fine-tune the decision-making processes of AI is at the heart of these advancements. Developers can now adjust threshold settings within AI systems to tailor responses to specific scenarios. This customization leads to more accurate and relevant outcomes from AI, reflecting a significant evolution in AI adaptability. By moving away from generic solutions, AI can provide responses that are more aligned with the complexities of real-world situations, thereby improving the user experience and the utility of AI applications.
Optimizing AI Decision-Making Precision
Innovative training techniques are also contributing to the refinement of AI decision-making. These methods simplify the coding requirements, allowing for quick adjustments to decision-making pathways. As a result, AI systems can learn more efficiently, assimilating new information and making better decisions at a faster pace. This increased learning efficiency is vital for AI to keep up with the rapid changes in data and user expectations.
Selecting the right encoder model is a critical factor in optimizing AI performance. Encoders transform raw data into a format that AI systems can understand and process. The effectiveness of this conversion has a direct impact on the AI’s decision-making precision. By choosing an encoder model that accurately processes information, developers can ensure that their AI operates at peak performance. This leads to faster and more accurate results, which is essential for AI systems that need to respond in real-time or handle complex tasks.
To achieve heightened accuracy, it is crucial for AI to be exposed to a diverse range of utterances and to utilize a broad set of test data. This exposure expands the AI’s understanding of language and context, which is fundamental for accurate route classification. The more varied the input, the better the AI becomes at recognizing and interpreting the subtleties of human language. This diversity in training data helps AI to make more informed and precise decisions, which is particularly important for applications that rely on language processing, such as virtual assistants and chatbots.
The process of evaluating and training AI is continuous and essential for improving route classification accuracy. Through rigorous testing and iterative training, developers can pinpoint areas that need enhancement and refine the AI’s decision-making pathways. This ongoing improvement is necessary for AI to adapt and maintain effectiveness in a technological landscape that is constantly changing.
Choosing the Right Model for AI Applications
The selection of the appropriate model is key in determining the accuracy of AI decision-making. Each model has its own strengths and limitations, and understanding these is crucial for selecting the most suitable one for a particular application. By comparing the performance of different models, developers can make informed decisions that will bolster the overall effectiveness of their AI systems.
The advancements in Semantic Router libraries are equipping developers with the tools to fine-tune AI decision-making in ways that were not possible before. By customizing threshold settings, employing efficient training methods, selecting the best encoder models, expanding the range of input data, and continuously refining the training process, developers are creating AI systems that are more precise and attuned to the complex requirements of real-world applications. These improvements are endowing AI with the sophistication necessary to navigate the complexities of data interpretation and action, establishing a new benchmark for AI capabilities. For more information on Semantic Router jump over to the official GitHub repository.
Filed Under: Guides, Top News
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Semtech has unveiled the AirLink XR60, a new device that’s making waves in the world of 5G router technology. This tiny but mighty router is catching the attention of professionals across various industries, including public safety, utilities, and industrial sectors. The XR60 is not just any router; it’s currently recognized as the world’s smallest rugged 5G router, and it’s built to provide high-speed 5G and Wi-Fi 6 connectivity under the most challenging conditions.
The size of the XR60 is one of its most notable features. It’s small enough to fit into tight spaces, which is ideal for use in vehicles used by emergency responders or in complex infrastructure systems. Despite its compact form, it doesn’t compromise on power or performance. The XR60 is designed to seamlessly integrate into existing networks, which means organizations can upgrade their connectivity without the need to completely replace their current systems.
Rugged AirLink XR60 5G router
Performance is at the heart of the XR60’s design. It combines the latest in connectivity technologies, including 5G, Wi-Fi 6, and 5 Gbps Ethernet. It also supports USB-C, which all work together to ensure fast data transfer and reduced latency. This is crucial for applications that depend on immediate access to data, such as streaming live video or using web applications in the field. The XR60 is also equipped with edge computing capabilities and Cognitive Wireless technology, which intelligently manages network traffic across various 5G and LTE bands.
XR60 key benefits summary :
High Performance: Equipped with 5G, Wi-Fi 6, 5 Gbps Ethernet and USB-C technologies.
Ultra-Compact Design: Ideal for space-constrained industrial settings and vehicle applications.
Ultra-rugged Design: MIL-STD-810H grade shock and vibration resilience, extreme temperature and humidity operating range, intrinsic safety (C1D2) and power redundancy.
Future-Proofing: New-gen solution with flexible software-defined routing functions and multi-band support.
Edge Intelligence: Industry-standard container support for superior computing capabilities (beta program)
Long-term support and remote management with 5 years of AirLink Complete offered to all XR60 routers purchased and registered in 2024.
Durability is another key aspect of the XR60. It’s built to military standards (MIL-STD-810H), which means it can withstand a wide range of physical stresses, including shocks, vibrations, and extreme temperatures. This makes it a reliable choice for mission-critical operations where failure is not an option. The XR60 also includes safety features and power redundancy to ensure it keeps running smoothly, no matter the circumstances.
Security and network management are essential, especially in a device that’s meant to handle sensitive and critical data. The XR60 comes with a one-year AirLink Complete service package, which provides users with device management, security management through ALMS, technical support, and a hardware warranty. Semtech is also offering a special promotion for those who register their routers in 2024, extending this service to five years, which provides additional peace of mind for users.
The XR60 is not only ready for commercial use but has also been certified for use on AT&T’s network. Semtech is working on obtaining certifications for other global 5G networks, ensuring that the XR60 will be a reliable option for connectivity across different regions and with various network providers.
For professionals who need a small, robust, and high-performing 5G router, the AirLink XR60 from Semtech stands out as a top choice. It’s a device that promises to deliver on connectivity, endurance, and performance, making it a valuable tool for enhancing operations now and in the years to come. With its availability and the extended service package, the XR60 is ready to support the demanding needs of various industries looking to leverage the speed and reliability of 5G technology.
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If you are travelling traveling, working remotely, or simply enjoying entertainment at home, you need of a stable, high-speed internet connection. The ASUS RT-AX57 Go travel router has been specifically designed to provide reliable connectivity, promising to keep you online with the latest WiFi 6 technology, boasting speeds that can reach up to 3,000 Mbps. This nifty device is not just about speed; it’s about ensuring that wherever you are, you have the best possible internet connection.
The ASUS RT-AX57 Go is a marvel of adaptability, featuring tri-mode connectivity that caters to your specific situation. If you’re away from home, you can use 4G and 5G mobile tethering to create a personal hotspot. When you’re in a café or hotel, you can switch to WISP mode to connect to public WiFi while maintaining your privacy. Or, if you’re at home or in the office, it can function as a traditional router. This flexibility is invaluable for those who find themselves in different environments, needing to stay connected.
Tri-Mode Travel Router
Tri-mode connectivity for travel, work and home with 4G and 5G mobile tethering, a private hotspot over public WiFi (WISP mode) and router mode
Comprehensive VPN features with one-touch activation, supporting multiple protocols, up to 30 service providers, and site-to-site VPNs
Subscription-free network security with commercial-grade AiProtection Classic powered by Trend Micro, plus a one-tap security scan and Safe Browsing
Easy setup and customization via the ASUS Router mobile app, with intuitive guest portal for small businesses
Security is a critical concern for internet users today, and the RT-AX57 Go takes this seriously. It comes with robust VPN support, allowing you to activate your VPN with just a touch, ensuring secure browsing across various protocols. The router is compatible with over 30 VPN service providers and can handle site-to-site VPNs, which is particularly useful for business professionals who need to connect multiple office locations securely.
But security doesn’t stop there. The RT-AX57 Go includes AiProtection Classic, a comprehensive security suite provided by Trend Micro™, without any additional cost. This suite protects against internet threats, performs quick security scans, and ensures Safe Browsing for all devices connected to your network.
ASUS RT-AX57 Go
Managing your network is a breeze with the ASUS Router mobile app. Its intuitive interface allows you to effortlessly set up your router and monitor your network from anywhere. And if you’re dealing with a larger area, the router’s AiMesh compatibility means you can extend your WiFi coverage, guaranteeing a robust connection throughout the space.
The RT-AX57 Go is designed with mobility in mind. It comes with a stand, wall mounting options, and even a sling hole for a carrying cord, making it the perfect travel companion to ensure you’re never without a stable internet connection. Also at CES 2024 this week ASUS also unveiled it’s new Wi-Fi 7 mesh Routers in the form of the ROG Rapture GT-BE98 and GT-BE98 Pro and new updates have been made to the Wi-Fi 7 CERTIFIED labelling system.
For small business owners, the router offers customizable guest portals. This feature not only provides free WiFi to customers but also serves as a platform to display your brand and promotions, potentially increasing customer engagement and offering an added value service.
Ease of use is a hallmark of the RT-AX57 Go, with a one-click sliding switch that simplifies the process of changing modes or settings. This user-friendly approach is a testament to the router’s design, which prioritizes the user experience.
The ASUS RT-AX57 Go travel router is a versatile and robust device that meets the connectivity demands of both personal and professional users. With its cutting-edge WiFi 6 technology, extensive security features, and user-friendly design, it stands as a superior choice for anyone in need of fast and dependable internet access across a variety of settings. Whether you’re a digital nomad, a business traveler, or simply someone who appreciates a seamless online experience, the RT-AX57 Go is equipped to keep you connected to the world with ease.
Filed Under: Hardware, Top News
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In the rapidly evolving world of artificial intelligence, a new framework is enhancing the way we create and interact with chatbots and AI assistants. This innovative tool, known as the Semantic Router, is reshaping our expectations of digital conversations by offering a level of understanding and response accuracy that was previously unattainable. James Briggs explains a more about the Semantic Router system
“Semantic Router is a superfast decision layer for your LLMs and agents that integrates with LangChain, improves RAG, and supports OpenAI and Cohere. Rather than waiting for slow LLM generations to make tool-use decisions, we use the magic of semantic vector space to make those decisions — routing our requests using semantic meaning. This approach unlock incredibly fast agentic decision making, the ability to use literally millions of tools, and provide much greater steerability and AI safety using semantics.”
At its core, the Semantic Router serves as a sophisticated decision-making layer that works in tandem with language models. Its primary function is to guide chatbots in delivering prompt and pertinent answers to user inquiries. By navigating through a semantic vector space, the router is able to align user questions with the most fitting predefined responses. This process significantly improves the reliability of the chatbot’s answers, ensuring that users receive the information they need without unnecessary delays or confusion.
The benefits of this technology are particularly evident in its ability to provide consistent and rapid responses. This is crucial for creating a smooth user experience, especially in environments where the performance of AI is under close scrutiny. Whether it’s for customer service, information retrieval, or casual conversation, the Semantic Router’s efficiency is a key factor in its success.
Semantic Router superfast LLM decision layer
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Integrating the Semantic Router into existing chatbot systems is surprisingly straightforward. The initial setup involves initializing an embedding model and configuring API keys. Once integrated, the router employs various conversational routes to maintain the relevance and flow of the dialogue. These routes include protective measures to prevent the conversation from veering off-topic and chitchat paths that allow for a more natural and engaging interaction.
The framework is designed with both standard and hybrid route layers to cater to different conversational needs. Standard layers are responsible for handling routine exchanges, while hybrid layers offer a blend of predefined and dynamic responses. This combination allows for more intricate and flexible conversations that can adapt to the complexities of human dialogue.
The introduction of the Semantic Router has had a profound impact on the behavior of chatbots, making them appear more controlled, reliable, and, ultimately, more human-like in their interactions. Users can now expect a level of conversational competence that mirrors human conversation more closely than ever before. Another significant aspect of this AI framework is its open-source nature. By inviting community participation and collaboration, the framework benefits from a diverse range of insights and contributions. This collective approach is essential for the continuous improvement of the technology and the introduction of new features, such as dynamic routing and hybrid layers.
The Semantic Router framework is poised to elevate the standard of AI-assisted communication and more information is available over on the official GitHub repository. By laying a solid foundation for chatbots and AI agents to deliver precise, reliable, and context-aware responses, this technology is enhancing the way we interact with digital assistants. As we continue to integrate AI into our daily lives, tools like the Semantic Router ensure that our conversations with machines become more natural and effective, bridging the gap between human and artificial communication.
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Imagine turning a simple, affordable Raspberry Pi mini PC into a powerful 4G LTE router that can spread high-speed internet to your other projects and devices. By leveraging OpenWRT, an open-source firmware, you can transform your Raspberry Pi into a networking powerhouse, sharing a 4G connection both through cables and wirelessly. Let’s dive into how you can upgrade your Raspberry Pi into a multi-purpose networking device.
The Raspberry Pi is a versatile little computer that can be repurposed as an efficient 4G LTE router. To start, you’ll need a Raspberry Pi, a compatible 4G LTE USB modem, and a SIM card with an active data plan. The goal is to install OpenWRT on the Raspberry Pi, which will manage the 4G connection from the USB modem.
OpenWrt, a Linux-based operating system, is specifically designed for embedded devices. It diverges from the traditional approach of offering a single, unchanging firmware. Instead, OpenWrt offers a writable filesystem complemented by package management capabilities. This structure liberates users from the constraints of vendor-supplied application selections and configurations, enabling them to tailor their devices with a variety of packages to meet diverse application needs.
The setup process for creating a Raspberry Pi 4G LTE Router includes :
– Installation of OpenWRT operating system on Raspberry Pi – Flashing the OpenWRT firmware onto the Raspberry Pi’s memory card – Inserting a 4G LTE SIM card into a USB Modem and connecting it to the Raspberry Pi – Configuring OpenWRT settings and setting up a password for security – Installing additional packages to enable USB Modem connectivity – Creating a new WAN interface for the LTE 4G USB Modem – Deleting previous WAN interfaces to ensure the router uses the USB Modem for internet access – Setting up a wireless network to share the 4G connection with other devices
For developers, OpenWrt serves as a versatile framework, allowing the creation of applications without the necessity of developing an entire firmware. For users, this translates into unparalleled customization potential, empowering them to utilize their devices in innovative ways that surpass original design intentions.
Raspberry Pi 4G LTE Router
The first step is to get the OpenWRT firmware that matches your Raspberry Pi model. You can use a program like Balena Etcher to write this firmware onto your Raspberry Pi’s SD card. Once you’ve flashed the firmware, insert the SD card into your Raspberry Pi and power it up to begin the setup process.
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After OpenWRT is operational, insert the 4G LTE SIM card into the USB modem and connect it to the Raspberry Pi. You might need to add some extra OpenWRT packages to make sure the system can recognize and work with the USB modem properly.
Now, with the modem connected, it’s time to set up OpenWRT to direct internet traffic through it. You’ll need to create a new WAN interface for the USB modem within OpenWRT and make it the preferred route for internet connectivity. It’s also crucial to secure your network by setting a strong password.
The following task is to enable a Wi-Fi network on your Raspberry Pi. You’ll configure the wireless settings within the OpenWRT interface, including the network name (SSID) and security encryption. This allows other devices to connect to your newly created 4G LTE router.
Once everything is configured, you should test your Raspberry Pi router. Connect a device to the Wi-Fi network and check if you can access the internet. If you can browse online, your Raspberry Pi is now successfully functioning as a 4G LTE router.
With a Raspberry Pi and OpenWRT, you can craft a custom 4G LTE router that offers internet access to various devices. This setup is particularly useful in areas where broadband access is scarce, providing a dependable internet connection wherever mobile network coverage is available.
Image Credit : NETVN82
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Franklin Wireless has recently unveiled the JEXtream FX20Parental Control Router and Mobile App. This system is designed to deliver not only high-speed Wi-Fi 6 connectivity but also a comprehensive parental control system that works across all devices connected to the network. This new technology is aimed at providing an easy way to monitor family internet connectivity and safety, providing a secure and productive home experience using personal optimized intelligent services.
The JEXtream FX20 router offers a range of features making it easy for parents to restrict Internet access. Although one of the most notable features is the router’s fast Wi-Fi 6 speeds. Wi-Fi 6, or IEEE 802.11ax, is the new generation of Wi-Fi technology. It provides peak performance and high-speed internet to multiple devices without the lag of buffering, device congestion, or delay.
Parental Control Router
This technology can deliver up to four times the speed of 802.11ac, which equates to more speed for every device on a network. It utilizes Orthogonal Frequency-Division Multiple-Access (OFDMA), 1024 QAM, and MultiUser MIMO (MU-MIMO) to deliver a significant boost in network speed and total capacity. These features improve spectrum utilization to further increase user throughput, making the JEXtream FX20 an affordable solution for top-speed internet without the stress of commitment or a big price tag.
In terms of security, the router introduces the WPA3 security protocol. This protocol uses 128-bit encryption in WPA3-Personal mode and 192-bit in WPA3-Enterprise. The WPA3 standard replaces the pre-shared key (PSK) exchange with Simultaneous Authentication of Equals, resulting in a more secure initial key exchange. This security measure helps mitigate security issues posed by weak passwords and simplifies the process of setting up devices with no display interface, ensuring a secure home network.
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JEXtream FX20
The JEXtream Home App is a personal mobile device management solution for your home network. It allows remote management of the FX20 router, including monitoring and controlling activities, viewing connected devices, and pausing or allowing device connections. The app also allows users to set scheduled connection limits and filter content by category or custom keywords for selected devices. This feature offers parents the ability to control their children’s online activities at home and on the go. Parents can filter content, manage screen time, monitor history, and pause the internet across all devices.
Moreover, the JEXtream FX20 and phone application available for both Android and iOS are available for purchase at a price of $99.99, with a six-month free subscription service included. This makes it a cost-effective solution for families looking to manage their home network effectively.
The JEXtream FX20 Parental Control Router and Mobile App offer a comprehensive solution for families seeking to improve their home network’s speed and security while maintaining control over their children’s internet usage. Its Wi-Fi 6 technology, enhanced security measures, and extensive parental control features make it a standout choice in the market.
Source : Franklin Wireless
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