Amazon CloudWatch now offers Log Analytics, a unified console experience that brings together CloudWatch Logs Insights for querying and analyzing log data, Live Tail for real-time log streaming, and Contributor Insights for identifying top contributors – all in one place.
With this launch, customers can execute multiple queries in different tabs and use all existing Logs Insights features such as patterns, saved queries with parameters, facets for interactive log exploration, natural language query generation, and visualizations. Live Tail and Contributor Insights are also accessible from within Log Analytics, which is the default experience. Customers who opt out will see Logs Insights, Live Tail, and Contributor Insights alongside Log Analytics.
Log Analytics is available in all commercial AWS Regions. Log Analytics uses the same pricing as its underlying capabilities – Logs Insights queries, Live Tail, and Contributor Insights. For pricing details, see CloudWatch pricing. To get started, select Log Analytics in the CloudWatch console. Learn more in the CloudWatch Logs documentation.
Amazon CloudWatch now offers Log Analytics, a unified console experience that brings together CloudWatch Logs Insights for querying and analyzing log data, Live Tail for real-time log streaming, and Contributor Insights for identifying top contributors – all in one place. With this launch, customers can execute multiple queries in different tabs and use all existing Logs Insights features such as patterns, saved queries with parameters, facets for interactive log exploration, natural language query generation, and visualizations. Live Tail and Contributor Insights are also accessible from within Log Analytics, which is the default experience. Customers who opt out will see Logs Insights, Live Tail, and Contributor Insights alongside Log Analytics. Log Analytics is available in all commercial AWS Regions. Log Analytics uses the same pricing as its underlying capabilities – Logs Insights queries, Live Tail, and Contributor Insights. For pricing details, see CloudWatch pricing. To get started, select Log Analytics in the CloudWatch console. Learn more in the CloudWatch Logs documentation.
Amazon Web Services announces the preview of Palo Alto Networks (PANW) Advanced DNS Security on Amazon Route 53 Resolver DNS Firewall. Security administrators can now enforce DNS threat protections from Palo Alto Networks directly on Route 53 DNS Firewall rules, without deploying separate firewalls or modifying VPC configurations — by subscribing to PANW from the DNS Firewall console through the embedded AWS Marketplace widget.
With this launch, you can enforce DNS threat protections from Palo Alto Networks by deploying one or more security categories including Command and Control, Malware, Phishing, Newly Registered Domains, and more, directly within the DNS Firewall rule creation workflow. You can apply these protections for your DNS query traffic from Amazon VPCs and hybrid-cloud, forwarded via Route 53 Resolver Endpoints, providing unified DNS threat protection across AWS and on-premises environments. This integration complements AWS-managed domain lists with Palo Alto Networks’ threat intelligence, including fast-flux protection, DNS tunneling detection, DNS rebinding protections, and DGA detection. It simplifies security operations by eliminating the need to deploy separate PANW firewalls per VPC or account, and supports multi-account management through AWS Resource Access Manager (RAM), Route 53 Profiles, and AWS Firewall Manager. Customers gain centralized visibility through AWS Security Hub findings and query logs stored in Amazon S3, Amazon Data Firehose, or Amazon CloudWatch Logs.
Palo Alto Networks Advanced DNS Security on Route 53 DNS Firewall is available in preview in the following AWS Regions: US East (Ohio), US West (N. California), Europe (London), Europe (Frankfurt), Asia Pacific (Tokyo), Asia Pacific (Mumbai), Asia Pacific (Singapore), and Africa (Cape Town). DNS Firewall Advanced customers can add PANW rules to existing rule groups at no additional DNS Firewall charge, and the Palo Alto Networks Advanced DNS Security Marketplace subscription is free during preview.
To get started, see the Route 53 DNS Firewall documentation. To view Route 53 pricing, visit the Route 53 pricing page. To learn more about the AWS Marketplace listing and pricing for PANW Advanced DNS Security, see here.
Amazon Web Services announces the preview of Palo Alto Networks (PANW) Advanced DNS Security on Amazon Route 53 Resolver DNS Firewall. Security administrators can now enforce DNS threat protections from Palo Alto Networks directly on Route 53 DNS Firewall rules, without deploying separate firewalls or modifying VPC configurations — by subscribing to PANW from the DNS Firewall console through the embedded AWS Marketplace widget. With this launch, you can enforce DNS threat protections from Palo Alto Networks by deploying one or more security categories including Command and Control, Malware, Phishing, Newly Registered Domains, and more, directly within the DNS Firewall rule creation workflow. You can apply these protections for your DNS query traffic from Amazon VPCs and hybrid-cloud, forwarded via Route 53 Resolver Endpoints, providing unified DNS threat protection across AWS and on-premises environments. This integration complements AWS-managed domain lists with Palo Alto Networks’ threat intelligence, including fast-flux protection, DNS tunneling detection, DNS rebinding protections, and DGA detection. It simplifies security operations by eliminating the need to deploy separate PANW firewalls per VPC or account, and supports multi-account management through AWS Resource Access Manager (RAM), Route 53 Profiles, and AWS Firewall Manager. Customers gain centralized visibility through AWS Security Hub findings and query logs stored in Amazon S3, Amazon Data Firehose, or Amazon CloudWatch Logs. Palo Alto Networks Advanced DNS Security on Route 53 DNS Firewall is available in preview in the following AWS Regions: US East (Ohio), US West (N. California), Europe (London), Europe (Frankfurt), Asia Pacific (Tokyo), Asia Pacific (Mumbai), Asia Pacific (Singapore), and Africa (Cape Town). DNS Firewall Advanced customers can add PANW rules to existing rule groups at no additional DNS Firewall charge, and the Palo Alto Networks Advanced DNS Security Marketplace subscription is free during preview. To get started, see the Route 53 DNS Firewall documentation. To view Route 53 pricing, visit the Route 53 pricing page. To learn more about the AWS Marketplace listing and pricing for PANW Advanced DNS Security, see here.
Today, AWS announces Cost Explorer historical data retention for accounts in billing groups.
Customers can use AWS Billing Conductor and Billing Transfer to map accounts to billing groups, enabling them to view billing data priced at the pro forma rates supplied by the payer account or Bill-Transfer account. Previously, the billing group configuration resulted in restricted access to historical billing data (priced at AWS billable rates) for accounts mapped to billing groups.
With this launch, accounts included in billing groups retain access to their historical billing data in Cost Explorer at their original billable rates. Accounts previously on-boarded to Billing Conductor and Billing Transfer will gain access to their historical data with no additional action required. This enables reporting continuity for customers opting into AWS Billing Conductor and Billing Transfer.
Billing Transfer is available today in all AWS Regions, excluding the GovCloud, China (Beijing) and China (Ningxia) Regions.
Today, AWS announces Cost Explorer historical data retention for accounts in billing groups.
Customers can use AWS Billing Conductor and Billing Transfer to map accounts to billing groups, enabling them to view billing data priced at the pro forma rates supplied by the payer account or Bill-Transfer account. Previously, the billing group configuration resulted in restricted access to historical billing data (priced at AWS billable rates) for accounts mapped to billing groups.
With this launch, accounts included in billing groups retain access to their historical billing data in Cost Explorer at their original billable rates. Accounts previously on-boarded to Billing Conductor and Billing Transfer will gain access to their historical data with no additional action required. This enables reporting continuity for customers opting into AWS Billing Conductor and Billing Transfer.
Billing Transfer is available today in all AWS Regions, excluding the GovCloud, China (Beijing) and China (Ningxia) Regions.
To learn more about using Billing Transfer to centralize billing and cost management across your multi-organization environment, visit Billing Transfer product page, AWS Billing documentation, AWS Cost Management documentation, and news blog.
Amazon Elastic Container Service (Amazon ECS) Express Mode is now available in the AWS GovCloud (US-East) and AWS GovCloud (US-West) Regions. ECS Express Mode empowers developers to rapidly launch containerized applications, including web applications and APIs, making it easy to orchestrate and manage cloud architecture while maintaining full control over infrastructure resources.
Every Express Mode service automatically receives an AWS-provided domain name, making your application immediately accessible without additional configuration. Applications using ECS Express Mode incorporate AWS operational best practices, serve either public or private HTTPS requests, and scale in response to traffic patterns. ECS Express Mode automatically consolidates up to 25 services behind a single Application Load Balancer, using intelligent rule-based routing to maintain isolation between services. All resources provisioned by ECS Express Mode remain fully accessible in your account, ensuring you never sacrifice control or flexibility. As your application requirements evolve, you can directly access and modify any infrastructure resource, leveraging the complete feature set of Amazon ECS and related services without disruption to your running applications.
To get started, provide your container image and ECS Express Mode deploys your application and auto-generates a URL. ECS Express Mode is available at no additional charge, you pay only for the AWS resources created to run your application. To deploy, use the Amazon ECS Console, SDK, CLI, CloudFormation, CDK, and Terraform. For more information, see the AWS News blog, or the documentation.
Amazon Elastic Container Service (Amazon ECS) Express Mode is now available in the AWS GovCloud (US-East) and AWS GovCloud (US-West) Regions. ECS Express Mode empowers developers to rapidly launch containerized applications, including web applications and APIs, making it easy to orchestrate and manage cloud architecture while maintaining full control over infrastructure resources.
Every Express Mode service automatically receives an AWS-provided domain name, making your application immediately accessible without additional configuration. Applications using ECS Express Mode incorporate AWS operational best practices, serve either public or private HTTPS requests, and scale in response to traffic patterns. ECS Express Mode automatically consolidates up to 25 services behind a single Application Load Balancer, using intelligent rule-based routing to maintain isolation between services. All resources provisioned by ECS Express Mode remain fully accessible in your account, ensuring you never sacrifice control or flexibility. As your application requirements evolve, you can directly access and modify any infrastructure resource, leveraging the complete feature set of Amazon ECS and related services without disruption to your running applications.
To get started, provide your container image and ECS Express Mode deploys your application and auto-generates a URL. ECS Express Mode is available at no additional charge, you pay only for the AWS resources created to run your application. To deploy, use the Amazon ECS Console, SDK, CLI, CloudFormation, CDK, and Terraform. For more information, see the AWS News blog, or the documentation.
Today, Amazon Web Services announces the general availability of Amazon CloudWatch Metrics Centralization, which enables you to replicate CloudWatch metrics cross-account and cross-region into a single destination account.
Enterprise teams with complex multi-account, multi-region deployments often need a unified view of their operational health across their entire infrastructure. CloudWatch metrics centralization solves this by letting you define centralization rules through AWS Organizations that automatically replicate metrics from source accounts and regions into a centralized destination account. Central teams gain full ownership of the data for querying, alarming, compliance, and governance. Centralized metrics work with both CloudWatch and OpenTelemetry metrics, and are fully compatible with Metrics Insights, dashboards, alarms, Metric Math, anomaly detection, Metric Streams, and PromQL.
CloudWatch Metrics Centralization is available in the following AWS Regions: US East (N. Virginia), US East (Ohio), US West (N. California), US West (Oregon), Asia Pacific (Mumbai), Asia Pacific (Osaka), Asia Pacific (Seoul), Asia Pacific (Singapore), Asia Pacific (Sydney), Asia Pacific (Tokyo), Canada (Central), Europe (Frankfurt), Europe (Ireland), Europe (London), Europe (Paris), Europe (Stockholm), and South America (São Paulo).
Today, Amazon Web Services announces the general availability of Amazon CloudWatch Metrics Centralization, which enables you to replicate CloudWatch metrics cross-account and cross-region into a single destination account. Enterprise teams with complex multi-account, multi-region deployments often need a unified view of their operational health across their entire infrastructure. CloudWatch metrics centralization solves this by letting you define centralization rules through AWS Organizations that automatically replicate metrics from source accounts and regions into a centralized destination account. Central teams gain full ownership of the data for querying, alarming, compliance, and governance. Centralized metrics work with both CloudWatch and OpenTelemetry metrics, and are fully compatible with Metrics Insights, dashboards, alarms, Metric Math, anomaly detection, Metric Streams, and PromQL. CloudWatch Metrics Centralization is available in the following AWS Regions: US East (N. Virginia), US East (Ohio), US West (N. California), US West (Oregon), Asia Pacific (Mumbai), Asia Pacific (Osaka), Asia Pacific (Seoul), Asia Pacific (Singapore), Asia Pacific (Sydney), Asia Pacific (Tokyo), Canada (Central), Europe (Frankfurt), Europe (Ireland), Europe (London), Europe (Paris), Europe (Stockholm), and South America (São Paulo). To learn more, see CloudWatch Metrics Centralization in the Amazon CloudWatch User Guide.
Computex 2026: Empoderar a mil millones de usuarios con Windows en todo el ecosistema
Por: Mark Linton, vicepresidente, Windows + Dispositivos.
Computex siempre ha sido uno de los momentos más importantes del año para la industria del PC: una etapa en la que nuestros socios se reúnen para mostrar qué sigue para el hardware, el silicio y las experiencias que desbloquean. Este año, nuestro ecosistema de socios moldea el futuro del PC para más de mil millones de usuarios diarios en todo el mundo.
Los socios presentaron una nueva oleada de PCs con Windows 11 que abarcan todos los formatos y necesidades del cliente. En conjunto, estos anuncios reflejan la profunda colaboración en todo el ecosistema de Windows y cómo se acelera la transformación a nivel industrial — para ofrecer un mayor rendimiento, más eficiencia y diseños nuevos y reflexivos para la forma en que las personas trabajan, crean y se divierten. El poder de la plataforma Windows significa que hay un dispositivo Windows para cada persona y propósito, sin importar el precio.
Veamos una selección de los anuncios clave de nuestros socios en Computex 2026.
Nuevos PCs con Windows 11 de todo el ecosistema
Acer
Acer anunció una amplia gama de innovaciones, con todos los nuevos portátiles que funcionan con Windows 11. La gama destacaba PCs Copilot+, incluidas varias nuevas incorporaciones a la línea principal Aspire de Acer: el potente portátil Aspire X 16 AI para prosumidores, el portátil Aspire 18 AI con mayor espacio en pantalla para flujos de trabajo creativos y productividad, y el Aspire C AI Series de escritorio todo en uno de la serie con un innovador diseño ErgoStand. Acer también añadió dos nuevos PCs Copilot+ a la gama premium Swift con dos versiones del Swift Spin 14 AI — una impulsada por procesadores Intel Core Ultra Series 3 y otra por procesadores Snapdragon X2 Series — que marca también los primeros portátiles convertibles 2 en 1 de Acer bajo la línea Swift.
IA Acer Swift Spin 14
ASUS
ASUS presentó su último portafolio de PC con IA diseñado para hacer que la IA sea más práctica y accesible para cada usuario. Los nuevos ProArt P16 y P14, impulsados por NVIDIA RTX Spark, ofrecen flujos de trabajo de IA agéntica de nueva generación y potentes capacidades locales de IA a creadores y desarrolladores. Para los consumidores generales, el nuevo Zenbook 14 ofrece una experiencia Windows con diseño premium, movilidad durante todo el día y nuevos colores de Ceraluminio, mientras que la serie Vivobook S impulsada por Snapdragon amplía la productividad mejorada por IA a un público aún más amplio. En conjunto, estas innovaciones demuestran la visión de ASUS de ofrecer experiencias avanzadas de IA en todas las categorías de la informática personal.
Portátil Asus ProArt
El ROG Strix SCAR 18 2026 redefine el portátil insignia para gaming con hasta 320W de potencia total del sistema, alimentado por un procesador Intel Core Ultra 9 290HX Plus y una GPU NVIDIA GeForce RTX 5090 para portátiles, y con la primera pantalla HDR Mini LED ROG Nebula de 18 pulgadas 4K 240Hz del mundo con ROG Nebula Extreme Low Motion Blur (ELMB) para experiencias de juego y de creador sin concesiones [1].
Dell
El nuevo XPS 13, que empieza en 699 dólares, demuestra que un precio más bajo no significa aceptar menos. Como el portátil más delgado y ligero de Dell hasta la fecha, con hasta 17 horas de batería en streaming, ofrece una verdadera portabilidad durante todo el día. Cada detalle refleja la artesanía de XPS: desde el resistente chasis CNC de aluminio hasta la pantalla táctil 2.5K, el teclado retroiluminado y el Intel Wi-Fi 7 que vienen de serie, para redefinir lo que puede ser un portátil premium a este precio.
«Con el XPS 13, demostramos que un precio más bajo no significa aceptar menos. Es el XPS más delgado y ligero que hemos construido nunca. Esto refleja hacia dónde se dirige XPS: más potencia, más innovación y una competencia más fuerte en todos los rangos de precio.»
– Donnie Oliphant, responsable de producto XPS, Dell Technologies
Dell XPS 13
El XPS 16 Creator Edition es un portátil de clase creador diseñado para el trabajo creativo y de desarrollo más exigente en cualquier momento. Impulsado por NVIDIA RTX Spark, una potente GPU RTX y una CPU ultraeficiente, es el primer portátil XPS que ofrece la plataforma de IA full stack de NVIDIA y un conjunto completo de tecnologías NVIDIA RTX en un factor de forma portátil. Ofrece una reproducción más fluida en líneas de tiempo 4K 4:2:2, exportaciones más rápidas, multitarea más responsiva en escenas 3D complejas y trabajos de composición, y una experiencia más fluida con creación asistida por IA.
Dell XPS 16 Edición Creator
HP
A partir de finales de este año, HP llevará RTX Spark a sus portátiles HP OmniBook Ultra 16 y HP OmniBook X 14, diseñados para ofrecer un rendimiento potente. La compañía también planea ampliar sus ofertas RTX Spark con un escritorio compacto, para aportar nuevas opciones a creadores, entusiastas de la IA y desarrolladores. RTX Spark está diseñado para creadores, jugadores y desarrolladores de IA, lo que lleva a la plataforma de IA full-stack de NVIDIA y su suite de tecnologías RTX a portátiles delgados con batería de todo el día.
HP OmniBook Ultra 16
MSI
MSI presentó el Prestige N16 Flip AI+, el primer portátil de la compañía desarrollado en colaboración con NVIDIA impulsado por la nueva RTX Spark. Reinventa la informática personal, al combinar la creación avanzada de contenido, el desarrollo de IA y los juegos de alto rendimiento en una nueva plataforma diseñada desde cero para la próxima ola de experiencias con Windows PC. Cuenta con una pantalla OLED Tandem UHD+ de 16 pulgadas con una estructura emisiva de doble capa que apila dos capas OLED para compartir la salida de luz. Esta avanzada tecnología de paneles ofrece más de 1000 nits de brillo máximo mientras mejora la longevidad de la pantalla y la eficiencia energética. Diseñado para un uso cotidiano versátil, el diseño abatible 2 en 1 permite transiciones fluidas entre los modos portátil, tablet, tienda y presentación, adaptándose con facilidad a diferentes flujos de trabajo y entornos.
Prestige N16 Flip AI+
MSI también anunció su última innovación en juegos portátiles, el Claw 8 EX AI+, impulsado por procesadores Intel Arc G3 Extreme. Ofrece un salto significativo en rendimiento gráfico, lo que permite juegos AAA excepcionales en dispositivos portátiles mientras mantiene una alta eficiencia energética para sesiones prolongadas. Diseñado para jugar de forma sostenida en cualquier lugar, el Claw 8 EX AI+ cuenta con una pantalla VRR de 8 pulgadas a 120Hz, que ofrece gráficos fluidos.
Claw 8 EX AI+
Surface
El Surface Laptop Ultra es el Surface Laptop más potente jamás construido, diseñado para creadores de mundos, profesionales creativos, desarrolladores y creadores de IA. Impulsado por un superchip NVIDIA RTX Spark, el Surface Laptop Ultra combina una potente GPU NVIDIA Blackwell RTX, soporte completo para CUDA y hasta 128GB de memoria unificada para ayudar a creadores y desarrolladores a afrontar exigentes flujos de trabajo locales de IA, renderizado, compilación y multimodelo en un portátil delgado y de diseño preciso. Surface Laptop Ultra aporta una maestría intransigente y potencia bruta a quienes crean lo que viene, con hasta 1 petaflop de computación de IA, capaz de ejecutar hasta 120 mil millones de modelos de parámetros con 1 millón de tokens de contexto a nivel local [2]. Combina ese rendimiento con el hardware que los fabricantes necesitan en cualquier momento: una pantalla táctil PixelSense Ultra mini LED de 15 pulgadas, batería de todo el día y puertos preparados para creadores. Para saber más, visiten el blog Devices de Brett Ostrum, vicepresidente corporativo de Surface.
Surface Laptop Ultra
Silicio de nueva generación que impulsa PCs de IA
Intel
Intel presentó los procesadores Intel Arc G-Series, una nueva familia de productos diseñados para sistemas portátiles de videojuegos de próxima generación. Lanzada con procesadores Intel Arc G3 e Intel Arc G3 Extreme con Windows 11, la serie se basa en la arquitectura del Intel Core Ultra Series 3 para optimizar el rendimiento y la eficiencia energética en el juego portátil. Diseñados para portátiles con núcleos optimizados, gestión de energía y software, los procesadores Intel Arc G3 ofrecen un rendimiento y eficiencia de liderazgo para una jugabilidad fluida e inmersiva y una duración de batería excepcional sin compromisos. Los diseños de portátiles de socios líderes se lanzarán en los próximos meses, para comenzar con el Predator Atlas 8, MSI Claw 8 EX AI+ y OneXPlayer de Acer.
Intel Arc G-Series
«Intel Arc G-Series representa años de innovación enfocada y un profundo compromiso con los videojuegos. Ofrece un rendimiento en PC sin concesiones en la palma de tu mano, combinado con la accesibilidad y la inmediatez que los jugadores esperan como las de consola. Con tecnologías gráficas de vanguardia como XeSS 3 y una eficiencia revolucionaria para jugar más tiempo sin conexión, Intel Arc G-Series demuestra que, mientras otros hacen sacrificios, los jugadores no tienen por qué hacerlo.»
– Dan Rogers, vicepresidente y director general, Producto de PC, Grupo de Computación para Clientes
NVIDIA
En Computex 2026, el CEO de NVIDIA, Jensen Huang, anunció el RTX Spark, un nuevo superchip de IA basado en Arm desarrollado en colaboración con MediaTek y Microsoft, diseñado para ejecutar agentes de IA personales a nivel local en portátiles con Windows y ordenadores compactos. Está diseñado para IA, creación y juegos, ofrece hasta 1 petaflop de rendimiento en IA, núcleos Blackwell RTX, eficiencia energética líder en la industria, IA y gráficos NVIDIA full-stack y hasta 128GB de memoria unificada. NVIDIA y Microsoft colaboraron para llevar el entorno de ejecución NVIDIA OpenShell a Windows, basado en MXC. Integrar MXC a través de OpenShell proporciona un paquete fácil de integrar para que los desarrolladores desplieguen agentes autónomos y siempre activos de forma segura. A partir de este otoño, RTX Spark impulsará una gama completa de portátiles con Windows y ordenadores de sobremesa de pequeño formato, con Microsoft Surface, ASUS, Dell, HP, Lenovo y MSI. Jensen también anunció la NVIDIA DGX Station para Windows, un superordenador de IA de escritorio impulsado por el superchip GB300 Grace Blackwell Ultra Desktop. Permite a los desarrolladores empresariales ejecutar modelos de IA vanguardistas con hasta 1 billón de parámetros a nivel local en entornos Windows sin costes en la nube.
A partir de este otoño, NVIDIA RTX Spark impulsará una gama de portátiles con Windows de Microsoft Surface, ASUS, Dell, HP, Lenovo y MSI, Surface RTX Spark Dev Box de Microsoft Surface, y PCs de sobremesa de formato pequeño de Acer, Asus, Dell, Gigabyte, HP, Lenovo y MSI. También presentamos la NVIDIA DGX Station para Windows, que instala un superordenador de IA de billones de parámetros en cada escritorio empresarial.
Qualcomm
Antes de Computex, Qualcomm Technologies, Inc. anunció la Plataforma Snapdragon C, un nuevo procesador de nivel de entrada diseñado para hacer que la computación moderna y responsiva sea más accesible para estudiantes, familias y pequeñas empresas. Ofrece un rendimiento eficiente con diseños frescos y silenciosos y una duración de batería durante todo el día. En paralelo con el anuncio de Qualcomm, Acer presentó el Acer Aspire Go 15, para ampliar el acceso a portátiles capaces a precios más asequibles, convirtiéndose en el primer fabricante de PC en anunciar un dispositivo impulsado por el nuevo procesador Snapdragon C. La compañía también presentó el Acer Swift Spin 14 AI, impulsado por Snapdragon X2 Elite o X2 Plus, que ofrece hasta 80 TOPS de rendimiento de IA. ASUS anunció el ASUS Ascent QN10, el primer mini PC de IA del mundo impulsado por la plataforma Snapdragon X2 Elite, con un NPU TOPS 80. El dispositivo soporta experiencias inteligentes y de IA agéntica y amplía el Snapdragon X2 Elite a un nuevo formato de mini PC. En conjunto, estos anuncios ponen de relieve un salto significativo en rendimiento y capacidad de IA, al tiempo que amplían la cartera de cómputo de Qualcomm Technologies a través de niveles y factores de forma.
«A medida que aumentan los costes y las expectativas de los clientes evolucionan, Snapdragon C combina computación orientada al valor, autonomía de batería durante todo el día, capacidades de IA y rendimiento responsivo en dispositivos fríos y silenciosos para ampliar la variedad de plataformas. Ofrecemos experiencias informáticas modernas que ayudan a nuestro ecosistema a llegar a nuevas audiencias y a ampliar el acceso a tecnología fiable y eficiente para estudiantes, familias, pequeñas empresas orientadas al cliente y mucho más.» – Kedar Kondap, vicepresidente senior y director general de Computación y Juegos, Qualcomm Technologies, Inc.
«Los anuncios de Acer reflejan la fortaleza y amplitud del portafolio Snapdragon, desde experiencias premium de IA con la serie Snapdragon X2 hasta la computación accesible y cotidiana con la nueva plataforma Snapdragon C. Juntas, estas plataformas ayudan a expandir el ecosistema de Windows, al tiempo que ofrecen a nuestros socios nuevas oportunidades para llegar a más usuarios.»
– Nitin Kumar, vicepresidente de Gestión de Producto, SVP & GM, Computación y Juegos, Qualcomm Technologies, Inc.
Empoderar a mil millones de usuarios juntos
Estos anuncios y muchos más de nuestros socios son un recordatorio poderoso de lo que hace especial a Windows: un ecosistema abierto de socios que rompen fronteras juntos, ofrecen rendimiento, mayor duración de batería, experiencias de IA y un diseño cuidadoso en más formatos que cualquier otra plataforma. Desde la productividad diaria hasta dispositivos de consumo premium, flotas comerciales y caballos de batalla de primera línea, el ecosistema Windows se encuentra con los clientes dondequiera que trabajen, creen y se diviertan.
Gracias a cada socio que se unió a nosotros en Taipéi, a los equipos que lo hicieron posible y a los más de mil millones de usuarios diarios que eligen Windows. Si buscan un nuevo PC con Windows 11, nunca ha habido mejor momento para explorar la amplia gama de dispositivos disponibles de nuestros socios y encontrar el que mejor se adapte a su forma de vida y trabajo.
[1] Según la información pública disponible a abril de 2026, el ROG Strix SCAR 18 es el único portátil gaming conocido por tener resolución 4K y tasa de refresco de 240Hz en un único panel mini-LED de 18″ con ELMB.
[2] Fuente: NVIDIA. Basado en 1 FP4 TOPS teórico usando la característica de esparsidad.
AWS Lambda Managed Instances (LMI) now supports tag propagation, enabling you to automatically apply tags to managed resources such as Amazon EC2 instances, Amazon EBS volumes, and Amazon ENIs. This helps you enforce cost allocation, service control policies (SCPs), and compliance requirements across all resources provisioned by your capacity providers.
LMI lets you run Lambda functions on managed EC2 instances with built-in routing, load balancing, and auto scaling, giving you access to specialized compute configurations including the latest-generation processors and high-bandwidth networking, with no operational overhead. Organizations that use resource tagging for cost tracking, governance, or security previously had no way to propagate tags to the underlying managed resources that LMI provisions on their behalf. This made it difficult to track costs accurately, enforce SCPs, or meet compliance standards that require approved tags on all resources. Now, with tag propagation, you can specify a set of tags on your capacity provider configuration, and LMI automatically applies those tags to all managed resources it creates. This ensures consistent tagging across your EC2 instances, EBS volumes, and ENIs without requiring manual intervention or custom automation.
This feature is available in all AWS commercial Regions where LMI is generally available. To get started, configure the PropagateTags setting on your capacity provider using the CreateCapacityProvider or UpdateCapacityProvider APIs. Set the mode to Explicit and provide your desired tags as key-value pairs. Tag propagation applies to all new managed resources provisioned after the configuration is applied. You can configure these settings using the AWS Management Console, AWS CLI, AWS CloudFormation, AWS CDK, or AWS SAM. To learn more, visit the AWS Lambda Managed Instances product page and documentation.
AWS Lambda Managed Instances (LMI) now supports tag propagation, enabling you to automatically apply tags to managed resources such as Amazon EC2 instances, Amazon EBS volumes, and Amazon ENIs. This helps you enforce cost allocation, service control policies (SCPs), and compliance requirements across all resources provisioned by your capacity providers.
LMI lets you run Lambda functions on managed EC2 instances with built-in routing, load balancing, and auto scaling, giving you access to specialized compute configurations including the latest-generation processors and high-bandwidth networking, with no operational overhead. Organizations that use resource tagging for cost tracking, governance, or security previously had no way to propagate tags to the underlying managed resources that LMI provisions on their behalf. This made it difficult to track costs accurately, enforce SCPs, or meet compliance standards that require approved tags on all resources. Now, with tag propagation, you can specify a set of tags on your capacity provider configuration, and LMI automatically applies those tags to all managed resources it creates. This ensures consistent tagging across your EC2 instances, EBS volumes, and ENIs without requiring manual intervention or custom automation.
This feature is available in all AWS commercial Regions where LMI is generally available. To get started, configure the PropagateTags setting on your capacity provider using the CreateCapacityProvider or UpdateCapacityProvider APIs. Set the mode to Explicit and provide your desired tags as key-value pairs. Tag propagation applies to all new managed resources provisioned after the configuration is applied. You can configure these settings using the AWS Management Console, AWS CLI, AWS CloudFormation, AWS CDK, or AWS SAM. To learn more, visit the AWS Lambda Managed Instances product page and documentation.
AWS DevOps Agent now supports custom SRE agents, bring-your-own sub-agents, and headless access via MCP and A2A protocols. These capabilities enable teams to automate recurring SRE workflows, extend DevOps Agent by connecting it to other agents, and access its capabilities from the tools they already use, including Kiro, Claude, and other coding assistants.
With custom SRE agents, teams can create and schedule agents within Agent Spaces that run on a cadence. For example, create a daily database health report that checks for slow queries and parameters that need tuning, or build an agent that reviews logs from the past 24 hours and flags anomalies. In headless mode, developers can invoke DevOps Agent from the tools and agents they already use via A2A or MCP protocols. For example, the Kiro power for AWS DevOps Agent lets developers check production health and investigate issues without leaving their IDE. Teams can also connect their own sub-agents built with Amazon Bedrock or third-party frameworks via A2A to extend DevOps Agent capabilities.
AWS DevOps Agent also introduces chat enhancements, incident-skip support based on customer-defined rules, enhanced knowledge with memories and Git-managed skills, human labeling and customer-created dashboards for tracking task quality, and is available in five new Regions. See all the latest AWS DevOps Agent features on the recent improvements page.
For the list of AWS Regions where AWS DevOps Agent is available, see the supported Regions table.
AWS DevOps Agent now supports custom SRE agents, bring-your-own sub-agents, and headless access via MCP and A2A protocols. These capabilities enable teams to automate recurring SRE workflows, extend DevOps Agent by connecting it to other agents, and access its capabilities from the tools they already use, including Kiro, Claude, and other coding assistants. With custom SRE agents, teams can create and schedule agents within Agent Spaces that run on a cadence. For example, create a daily database health report that checks for slow queries and parameters that need tuning, or build an agent that reviews logs from the past 24 hours and flags anomalies. In headless mode, developers can invoke DevOps Agent from the tools and agents they already use via A2A or MCP protocols. For example, the Kiro power for AWS DevOps Agent lets developers check production health and investigate issues without leaving their IDE. Teams can also connect their own sub-agents built with Amazon Bedrock or third-party frameworks via A2A to extend DevOps Agent capabilities. AWS DevOps Agent also introduces chat enhancements, incident-skip support based on customer-defined rules, enhanced knowledge with memories and Git-managed skills, human labeling and customer-created dashboards for tracking task quality, and is available in five new Regions. See all the latest AWS DevOps Agent features on the recent improvements page. For the list of AWS Regions where AWS DevOps Agent is available, see the supported Regions table.
Starting today, Amazon Lightsail is available in three additional AWS Regions: Asia Pacific (Hong Kong), South America (São Paulo), and Europe (Spain). This expansion brings the power and simplicity of Lightsail to customers across new geographies in Asia, South America, and Europe.
With this launch, customers in these geographical regions can now enjoy lower latency and better performance for their applications while meeting local data residency requirements. The new Regions provide access to Lightsail’s full range of features including instances that meet your compute needs, from general purpose to compute-optimized and memory-optimized bundles, as well as managed databases, container services, load balancers, and more, all with the same simple, predictable pricing that Lightsail customers love. Startups, small businesses, and developers in these regions can now run their applications closer to their end users with low latency.
Lightsail is available in these AWS Regions: US East (Ohio, N. Virginia), US West (Oregon), Canada (Central), Europe (Frankfurt, Ireland, London, Paris, Spain, Stockholm), Asia Pacific (Hong Kong, Jakarta, Malaysia, Mumbai, Seoul, Singapore, Sydney, Tokyo), South America (São Paulo). To learn more about Regions and Availability Zones for Lightsail, please refer to the documentation.
Starting today, Amazon Lightsail is available in three additional AWS Regions: Asia Pacific (Hong Kong), South America (São Paulo), and Europe (Spain). This expansion brings the power and simplicity of Lightsail to customers across new geographies in Asia, South America, and Europe. With this launch, customers in these geographical regions can now enjoy lower latency and better performance for their applications while meeting local data residency requirements. The new Regions provide access to Lightsail’s full range of features including instances that meet your compute needs, from general purpose to compute-optimized and memory-optimized bundles, as well as managed databases, container services, load balancers, and more, all with the same simple, predictable pricing that Lightsail customers love. Startups, small businesses, and developers in these regions can now run their applications closer to their end users with low latency. Lightsail is available in these AWS Regions: US East (Ohio, N. Virginia), US West (Oregon), Canada (Central), Europe (Frankfurt, Ireland, London, Paris, Spain, Stockholm), Asia Pacific (Hong Kong, Jakarta, Malaysia, Mumbai, Seoul, Singapore, Sydney, Tokyo), South America (São Paulo). To learn more about Regions and Availability Zones for Lightsail, please refer to the documentation. You can create Lightsail resources in these AWS Regions through the Lightsail Console, AWS Command Line Interface (CLI), and AWS SDKs.
Amazon SageMaker AI now supports serverless model customization for NVIDIA Nemotron 3 Nano model using supervised fine-tuning (SFT) and reinforcement fine-tuning (RFT). This is a popular open-weight model from NVIDIA with 30B total parameters. In addition to deploying this model on SageMaker AI, you can now adapt it to your specific domains and workflows.
Model customization enables you to tailor foundation models with your proprietary data, whether that’s improving accuracy on domain-specific tasks, aligning outputs with your organization’s tone, or enhancing performance on new tasks using your labeled data. With serverless customization, SageMaker AI handles all infrastructure provisioning and training orchestration, so you can focus on your data and evaluation rather than cluster management, and only pay for what you use.
Serverless model customization for NVIDIA Nemotron 3 Nano on SageMaker AI is available in US East (N. Virginia), US West (Oregon), Asia Pacific (Tokyo), and Europe (Ireland). To get started, navigate to the Models page in Amazon SageMaker Studio to launch a customization job, or use the SageMaker Python SDK for programmatic access. To learn more, see the Amazon SageMaker AI model customization documentation.
Amazon SageMaker AI now supports serverless model customization for NVIDIA Nemotron 3 Nano model using supervised fine-tuning (SFT) and reinforcement fine-tuning (RFT). This is a popular open-weight model from NVIDIA with 30B total parameters. In addition to deploying this model on SageMaker AI, you can now adapt it to your specific domains and workflows.
Model customization enables you to tailor foundation models with your proprietary data, whether that’s improving accuracy on domain-specific tasks, aligning outputs with your organization’s tone, or enhancing performance on new tasks using your labeled data. With serverless customization, SageMaker AI handles all infrastructure provisioning and training orchestration, so you can focus on your data and evaluation rather than cluster management, and only pay for what you use. Serverless model customization for NVIDIA Nemotron 3 Nano on SageMaker AI is available in US East (N. Virginia), US West (Oregon), Asia Pacific (Tokyo), and Europe (Ireland). To get started, navigate to the Models page in Amazon SageMaker Studio to launch a customization job, or use the SageMaker Python SDK for programmatic access. To learn more, see the Amazon SageMaker AI model customization documentation.
