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With its new R&S NRPxE RF power sensors, Rohde & Schwarz sets a new standard for accurate and reliable power measurements in frequency ranges up to 18 GHz, while offering an unprecedented level of affordability. These innovative sensors offer a perfect blend of precision, durability, and value, making them an ideal solution for a wide range of applications, from R&D and production to education and field service

The new R&S NRPxE power sensors from Rohde & Schwarz offer unmatched performance and versatility. They feature an impressive dynamic range of 80 dB, a video bandwidth of 100 kHz, and the ability to perform up to 1,000 measurements per second. With frequency ranges from 10 MHz to 8 or 18 GHz, the power sensors cater to various measurement needs. Their compact design and ruggedized housing ensure easy handling and reliable operation in demanding environments.

Simplified Operation

The R&S NRPxE sensors feature a user-friendly design with IEEE-compliant label and connector color coding, ensuring safe and secure operation. The built-in trigger capability and RGB status LED provide additional convenience, allowing users to monitor sensor status and trigger measurements with ease.

Seamless Integration and Remote Control

Equipped with a USBTMC interface, the R&S NRPxE sensors can be easily integrated into test systems and controlled remotely via PC or mobile device. The free PowerViewer mobile app enables on-the-go measurements using an Android smartphone, making it perfect for field service and maintenance applications.

The new R&S NRPxE RF power sensors replace the established NRP-Z2x1 RF power sensors, offering up-to-date power measurements on modulated and unmodulated signals. They are now available from Rohde & Schwarz and selected distribution partners. For further information visit: https://www.rohde-schwarz.com/product/nrpxe

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Lumentum Holdings Inc of San Jose, CA, USA (which designs and makes optical and photonic products for cloud, optical networking and industrial and consumer laser applications) has appointed Paul Lundstrom to its board of directors, expanding the membership to nine members (eight of whom are independent)...

As we look ahead to 2025, one thing is clear: the digital landscape is evolving quickly, and it’s creating new cybersecurity challenges for businesses globally. From the growing speed, scale and sophistication of cyberattacks to the changing nature of how we work and connect, the future of network security depends on a holistic approach that integrates advanced AI technologies and seamless user experience.

In fact, Palo Alto Networks 2025 Cybersecurity and AI Predictions showcase how we’re at a pivotal moment in the evolution of enterprise security practices. One of the standout predictions we made was that 2025 will be the year enterprises will widely adopt a secure browser. This trend is not only an inevitability, it’s a necessity. ​​While secure browsers will see a huge increase in adoption in the year ahead, they represent only one piece of the puzzle.

Eight Network Security Trends We Think Will Redefine Organizations’ Approach to Cybersecurity in 2025:

1. The Rise of the Secure Browser

As more work is done through the browser and data breaches increasingly originate from browser vulnerabilities, securing this gateway to the digital world is now non-negotiable. We’re no longer living in an era where employees access business applications solely through desktops located primarily in an office. With the proliferation of remote work, BYOD (bring your own device) and the ever-growing reliance on cloud services, it’s more critical than ever that organizations provide workers with secure access to the digital tools needed to get their work done, regardless of location, device or application. Secure browsers not only safeguard against attacks but also prevent accidental and intentional leakage of sensitive data, yet can be as easy to use as consumer browsers. As this technology becomes widely adopted, it will fundamentally reshape how organizations approach browser security, marking the start of a new era in secure digital transformation.

2. As Nation-States Increase Attacks on Infrastructure, Governments Will Invest in Smart and Secure Infrastructure Technology

We expect ​​governments will invest in modernized and secure systems, especially as nation-state attacks on critical infrastructure increase. This effort goes beyond replacing outdated technology and focuses on deploying smart technologies while securing both legacy and new infrastructure to meet the needs of a digitally connected world.

Governments are also prioritizing investments in 5G technology to enable smart cities. These advancements will drive innovation in transportation, energy and public services, supporting the transition to smarter infrastructure. However, the challenges are significant. For instance, 66% of transportation organizations have been affected by ransomware attacks, and 77% of the government and other public sector organizations lack complete visibility over all their IoT devices. These gaps expose critical systems to risks, such as physical damage, data theft and service interruptions. This highlights the urgent need for comprehensive security measures.

Many critical environments, including industrial sites and remote facilities, face unique challenges in securing infrastructure. Ruggedized NGFWs are an essential solution for these settings, providing reliable security in places where traditional equipment may fail. With increasing threats and the complexity of securing IoT and OT devices, a robust approach to visibility and protection is essential.

We believe governments will focus on building integrated security solutions that protect both legacy systems and new technologies. By leveraging AI-driven tools for real-time discovery, monitoring and protection of IoT and OT devices, these investments will ensure critical systems remain secure while supporting the digital transformation of public infrastructure. These efforts will help keep essential services running while offering citizens the safety and confidence they expect.

3. Attackers Will Leverage Post-Quantum Cryptography (PQCs) to Evade Security Defenses

The security controls that are intended to protect against future quantum attacks (PQCs) have created an opportunity for attackers to take advantage of security solutions that don’t support or haven’t been upgraded to identify and block traffic encrypted with PQCs. For example, the Google Chrome browser now supports PQCs by default. The unintended consequence of this is that we’ll see an increase in PQC attacks, embedded in the web traffic that is encrypted now by default. This will affect cybersecurity because many network security products are unable to inspect PQC traffic, and attackers will take advantage of this to hide attacks inside of post-quantum encryption.

To combat this, enterprises will need visibility into where these algorithms are being used and ensure they are able to decrypt and inspect all data flowing through their enterprise networks. The good news is that the technology exists, like the Strata Network Security Platform, to identify, block and decrypt PQCs.

4. Attacks Will Increasingly use Multiple Techniques for a Successful Breach, Requiring Security Services to Work Together as Part of a Platform

Gone are the days of attacks hitting a single product or vulnerability. In 2025, one of the most alarming trends in cybersecurity will be the increasing use of multivector attacks and multistage approaches. How does it work? Cybercriminals leverage a combination of tactics, techniques and procedures (TTPs), hitting across multiple areas at once to breach defenses. We’ll see an increase in sophistication and evasion from web-based attacks, file-based attacks, DNS-based attacks and ransomware attacks, which will make it more difficult for traditional, siloed security tools to effectively defend against modern threats.

Preventing these attacks will require multiple security services to work together as part of an integrated platform to stop every attack along the cyber kill chain. For example, our Cloud-Delivered Security Services (CDSS) powered by Precision AI can prevent the latest and most advanced threats in real-time, with protections built into our Network Security Platform and delivered automatically. By protecting at multiple points in the cyber kill chain, companies can thwart the attack, providing defense-in-depth to address the full spectrum of threat vectors. In 2025 and beyond, only security solutions with global visibility into the attack patterns across network, cloud and endpoints will offer the most effective protection.

5. AI in Security Will Allow Organizations to Chip Away at the Cybersecurity Skills Gap

As cyberthreats become more sophisticated and widespread, the demand for skilled cybersecurity professionals continues to outpace the supply. But, there are bright skies ahead as AI-powered copilots fill in the gaps as intelligent assistants designed to support cybersecurity professionals in their daily tasks. If 2024 was the year when every security vendor introduced a copilot, 2025 will be the year of widespread adoption as customers understand the full extent of their power. Using our copilots, cybersecurity experts can harness knowledge at their fingertips, gain instant access to insights and benefit from guided automation. In the future, the life of the cybersecurity professional will get even easier, thanks to copilots’ ability to automate repetitive tasks, sift through huge amounts of data, and give more insightful answers and analysis.

This is a huge deal as the cybersecurity skills gap has long been a challenge to enterprises globally. When every cybersecurity professional is armed with a highly capable, AI-powered assistant (like our free Strata Copilot), cybersecurity professionals will be empowered to work smarter, not harder.

6. 2025 will be an Inflection Point Year, as Companies Will Double Their Interest and Deployment of Single Vendor Secure Access Service Edge (SASE)

No longer confined to the office, workers need secure, high-performance access to critical business technologies. From the home office, to the local coffee shop, to the beach, ​​they need to get their work done no matter where they are, and no matter what device they use. To adapt to the next frontier of work, companies will need to do more to protect sensitive workloads and data, while ensuring worker productivity. This is why in 2025, we’ll see the widespread adoption of single-vendor SASE solutions.

Because workers will demand the same experience they get from consumer applications, the security solution of choice will need to help, not hinder, productivity. This includes ensuring that users experience minimal latency and downtime, even when accessing cloud-based applications from remote locations. With a cybersecurity vendor like Palo Alto Networks, your workforce can access SaaS apps up to 5x faster than they would directly over the internet, so you don’t have to make a choice between security and performance. The future of work demands flexibility, and single-vendor SASE solutions are poised to provide the agility and security that enterprises need to thrive in an increasingly distributed workforce. And a comprehensive SASE solution should include a secure browser natively!

7. AI Will be Infused in Every Major Business Application, Leading to a Rise in AI-Specific Attacks

We anticipate the number of AI Apps will increase by 3-5x in the next 12-24 months. As companies eagerly bring these technologies onboard, they may overlook key issues in data collection methods, governance and AI-specific security needs. Anticipating weaknesses, attackers will step up their attacks against new components, such as LLMs, and training and inferencing data. This has the potential to create security incidents, compliance and legal issues in the coming year.

At the end of the day, it’s about protecting your sensitive data. But the question is how? The only way to protect against all these AI-specific threats is through comprehensive, AI-powered solutions. You can enable AI with AI, by using AI Access Security, which ensures that employees can securely access GenAI applications. AI Security Posture Management (SPM) identifies risks in your AI supply chain, including configuration issues and ways you might be exposing your sensitive data. AI Runtime Security ensures your applications, data and models are protected from AI-specific threats. In 2025, the companies that are securely adopting AI will separate themselves from the pack.

8. AI Will Make Phishing Emails Indistinguishable from Legitimate Ones

In 2025, user-targeted techniques, like phishing emails, will become more successful, thanks to bad actors’ adoption of generative AI (GenAI) to craft better and more convincing attacks. We’re already seeing a 30% increase in successful phishing attempts when emails are written or rewritten by GenAI. Mere humans, like ourselves, will become even less reliable as a last line of defense and enterprises will rely on advanced, AI-powered security protections to defend against these sophisticated attacks.

While companies today rely on antiphishing technologies, such as URL filtering (AURL) at the network level, more companies will enhance their protection with secure browsers as a first line of defense against these attacks. Pair this with an AI-powered single vendor SASE solution that offers advanced, cloud-delivered security services and your company will be ready to prevent the latest and most advanced threats in real-time. The best part? With Palo Alto Networks, these protections are built into our SASE solution and delivered automatically. And with us, you don’t need to cobble together point products. All these innovations are natively integrated into one comprehensive SASE solution, across every user, device and app.

Preparing for the Future of Network Security

The future of network security is an exciting one, but it also comes with its challenges. As 2025 approaches, it’s critical for organizations to stay ahead of these emerging trends by building agile security strategies that are adaptable to the rapidly changing threat landscape.

For businesses looking to future-proof their network security, the key is investing in a holistic platform approach that incorporates new technologies like secure browsers, single-vendor SASE, AI Copilots and AI-driven threat detection and response. By doing so, they will not only defend against today’s threats but also be ready for the cyber risks of tomorrow.

In 2025, network security will be more dynamic, innovative and proactive than ever before —transforming the way organizations defend their most valuable assets and ensuring a secure, resilient future in the face of an ever-evolving digital world.

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Anritsu Corporation introduces an option that evaluates the RF transmit and receive characteristics of 2×2 MIMO as defined in IEEE 802.11be (Wi-Fi 7) for its Wireless Connectivity Test Set MT8862A (WLAN Tester). With this new expanded capability, the MT8862A supports to measure the receive sensitivity and transmit power of devices supporting Wi-Fi 7 2×2 MIMO, using the Network Mode [*], which allows devices to be evaluated under real-world operating conditions, thus helping to improve the communication quality of WLAN-equipped devices.

Development Background

Although the official release of the Wi-Fi 7 standard is scheduled for 2024, product development based on the draft standard is underway, with leading companies already beginning to bring their products to market. Especially, in devices for applications such as ultra-high-definition video streaming and AR/VR, large amounts of high-speed data is being handled. Multiple-Input Multiple-Output (MIMO) technology is used to increase transmission speed and the amount of traffic, but the complexity of the evaluation is a challenge. Anritsu has therefore enhanced the functionality of the MT8862A, which can easily measure WLAN-equipped devices under real-world operating conditions, to enable the evaluation of devices supporting Wi-Fi 7 2×2 MIMO, which requires two antennas for each of the transmitter and receiver.

Anritsu will contribute to improving the performance of ALMA, the unravelling of the universe, and the development of science.

Product Overview

• Evaluating RF TRX characterization of Wi-Fi 7 in Network Mod

The MT8862A supports three frequency bands (2.4 GHz/5 GHz/6 GHz), a 320 MHz channel bandwidth, and 4096 QAM modulation, and the new option allows it to evaluate the RF TRX characteristics of devices supporting Wi-Fi 7 2×2 MIMO in Network Mode.

• Easy to use and measure

The MT8862A can perform the necessary measurements by simply connecting to the WLAN-equipped device under test. No target control settings are required, and measurements can be taken even by personnel unfamiliar with how to configure the measurement system.

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