Tag: wifi

Wifi 6 Technology & The Best Access Points To Recommend

What Is Wifi 6

Wifi 6 refers to the latest generation of wireless technology, also known as 802.11ax. Another name for this new standard is High Efficiency Wifi. It replaces 802.11ac, which now goes by Wifi 5. Wireless access points and routers incorporating the technology are increasingly ubiquitous. And many new smartphones, tablets, laptops, and other connected devices are Wifi 6-certified to take full advantage of its performance capabilities.

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How Is Wifi 6 Different Than Wifi 5

Wifi 6 offers several advantages over Wifi 5 when it comes to speed, performance, and even security. First, speed – often referred to as throughput – can max out around 10 Gbps for a Wifi 6 device, compared to 7 Gbps for Wifi 5. While that’s an obvious upgrade, performance accounts for a significantly greater boost – some 400% in what’s called throughput per area.

What does that mean? It means more devices can connect in high-density areas with low to no latency. In other words, it’s real-world speed. Finally, security is better, too, as Wifi 6 supports WPA3 encryption standards, the most secure version of Wifi Protected Access protocol.

Why Upgrade to Wifi 6

While manufacturers seem to release new access points and routers constantly, an upgrade from a prior generation model to Wifi 6 is worth strong consideration. Wifi 6 supports more connected devices at greater speeds with better security than its predecessors. And the differences are significant. To recap:

  • Top speed more than a third better than the previous best
  • Throughput per area is 4 times better
  • And latency is 75% lower

These all represent major leaps in performance, and along with security improvements, make a strong argument for upgrading.

Which Brands Already Carry Wifi 6 Access Points

Several brands now offer Wifi 6 access points, with more on the way. Firewalls.com carries Wifi 6 access points from Fortinet, Aruba, Ruckus, and Cisco Meraki. Models range from small business/small office options to large enterprise and even stadiums and arenas. This generation of access points comes with indoor and outdoor options as well.

What Are The Recommended Wifi 6 Access Point Models

With the growing number of Wifi 6 access points now on the market, finding the right fit for a given scenario can be a challenge. So to meet that challenge and sift through the clutter, here are a few recommended Wifi 6 access points to suit varying business needs.

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For Easy Deployment

Aruba Instant On AP22

Aruba AP22

It doesn’t get much easier than instant, does it? The Aruba Instant On AP22 offers a quick way into the Wifi 6 world. As its name suggests, you can basically turn it on and have wireless ready to go. This is ideal for a small business with limited staff or small branch office scenario.

And while the ease of deployment is nice, the AP22 also comes packed full of features at an affordable price. It includes mounting hardware, simple management tools, and even built-in security features like firewalling and application control, with no need for external controllers.

Tech Specs

  • Deployment: Indoor
  • Performance: 2×2:2 MU-MIMO
  • Mesh Support: Smart Mesh Wi-Fi
  • Throughput: 1.774 Gbps
  • PoE: PoE 802.3af

For Network Integration

Fortinet FortiAP 231F

MR44

Chances are if you’re a small to mid-size business, you already have a firewall. Maybe you even have a switch and endpoint, too. And if those solutions happen to be from one of the top security vendors out there, Fortinet, then this FortiAP 231F is a good pick for your entrée into Wifi 6.

The FortiAP 231F places you firmly into the Fortinet Security Fabric, which allows all your Fortinet solutions to communicate seamlessly with one another with single-pane-of-glass management. As far as what this access point offers specifically, it includes built-in security and a third radio for beacon and location-scanning. It can also optionally be managed through the cloud and is more than capable outside the Fortinet ecosystem as well.

Tech Specs

  • Deployment: Indoor
  • Performance: 2×2:2 MU-MIMO
  • Mesh Support: Yes
  • Throughput: 1.2 Gbps
  • PoE: PoE+ 802.3at

Look to the Cloud

Cisco Meraki MR44

MR44

Cisco Meraki is pretty well-known as a pioneer in the cloud space, and you can be a pioneer both there and in Wifi 6 by choosing the MR44 access point. The MR44 comes with Meraki’s noted cloud management architecture, which eliminates the need for traditional wireless controllers. It also offers zero-touch deployment, easy visibility and control throughout the network, and seamless firmware updates.

The MR44 itself is an enterprise grade access point, so if your performance demands are a little higher, it’s a great fit. As with other APs noted in this piece, Meraki’s MR Series features built-in security, plus a dedicated extra radio. And if you’re already a Meraki customer for other solutions, it integrates especially nicely.

Tech Specs

  • Deployment: Indoor
  • Performance: 4×4:4 MU-MIMO
  • Mesh Support: Self-healing, Zero-configuration
  • Throughput: 3 Gbps
  • PoE: PoE+ 802.3af/at

Let’s Take It Outside

Ruckus T750

Our previous three access points were designed for indoor deployments, but this AP from Ruckus doesn’t care where you set it up. The T750 offers the performance of Wifi 6 with IP-67 durability to withstand rough conditions, indoors or outdoors. When it comes to deployment options, think stadiums, airports, convention centers, and the like. Each individual T750 can handle over 1,000 users at once.

Ruckus offers the T750 in the controller-less Unleashed model as well as the traditional ZoneFlex option. Both are easy to deploy and manage. And they boast other special features, like built-in IoT radios, BeamFlex antennas to optimize connectivity, and the security of the aforementioned WPA3.

Tech Specs

  • Deployment: Outdoor
  • Performance: 4×4:4 MU-MIMO
  • Mesh Support: SmartMesh
  • Throughput: 2.4 Gbps
  • PoE: PoE++ 802.3bt

So these are just a few examples to help you navigate the wonderful world of Wifi 6. But wait, there’s more! Browse all the Wifi 6 options Firewalls.com has to offer. And if you need to talk it through a bit more, chat with an expert on our site or call 866-645-2140.

Network Spring Cleaning – Ping Podcast – Episode 40

Episode 40: Network Spring Cleaning

Spring – at least meteorological spring – is upon us. And one tradition of the season is spring cleaning, when you take a look at your stuff and decide what stays and what goes. Our own Anthony Mercho joins us to do his best Marie Kondo when it comes to your network setup. But instead of whether a firewall, access point, or configuration brings you joy, he explains why organizations need to audit their network’s overall performance and security.

We discuss factors for change, like potential returns to the office as virus cases wane and technology advances in firewalls over the past few years. Plus, hear why WiFi 6 may be the right reason to upgrade your wireless setup for better productivity.

In headlines, we talk about Congress addressing the SolarWinds breach, learn about zero trust networks and why Microsoft and the NSA are on board, and finally, the continued concerns related to ae water system hack in Oldsmar, Florida.

How to listen

Listen to Ping – A Firewalls.com Podcast using the player above…

Or just about anywhere you prefer to listen to podcasts (Apple Podcasts, Pandora, Spotify, Google Podcasts, Stitcher, OvercastTuneIn, iHeart, Pocket Cast, Castro, Castbox, PodchaserYouTube, and of course via RSS, to name a few). And now we’re on Amazon Music, too! Moreover, please remember to subscribe or follow where you can to get the latest episodes as soon as they’re released. And please rate and review us as well!

Missed our previous episodes? You can get them anywhere you listen to podcasts, or go to our full episode list.

Learn even more about network security through our blog, which features new content every week, and our knowledge hub.

New episodes are usually released every other Wednesday. Have a special request for a topic or a question for our network engineers to address? Email us at podcast@firewalls.com and it could be on our next show. Thanks in advance for any listens, follows, subscribes, reviews, comments, shares, and generally spreading the word!

The Best Wireless Access Points of 2020

Setting up wifi is a business imperative in 2020, and that means finding the best wireless access points is, too. The days of wireless networking being an option are long gone. But how do you go from knowing you need wifi to making it happen? What are the best options for getting your unique needs addressed and your network up and running? Why are we asking so many questions? Read on for the answers, and for the best wireless access points of 2020…

What does a wireless access point do?

A wireless access point in essence creates your wireless network. With it, you’re connecting to a hard-wired router, network switch, or other hub. In many business settings, that means not only offering access to the internet, but also to your workplace network, including its applications, files, etcetera. With the right wireless access point, you get built-in security and the ability to add separate guest wifi.

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Which is better, wifi extender or access point?

A wireless access point is better than a wifi extender when it comes to performance and configuration capabilities. While extenders are normally less expensive, you get what you pay for. An extender replicates an existing network transmitted from a router, and extends its reach. However, the quality of the connection degrades. A wireless access point creates its own network, ensuring top notch performance for those in range. And you can manage and configure access points to your needs.

How do I choose a wireless access point?

Choosing a wireless access point comes down to which factors are most important to you. Access points come with a variety of radio and bandwidth options that affect performance. So it’s important to consider how many users will need access simultaneously and your connection speed.

Also, consider your space – as in walls that could hamper signal strength, wiring to power the devices (PoE options are available), and how you’ll mount the devices (wall, ceiling, indoor/outdoor). While some deployment scenarios only require one access point, many often need multiple APs to ensure quality connectivity.

Security and management are additional factors. Each manufacturer offers its own management platform to gain visibility into your network and configure it to your needs. And built-in security options vary. Let’s dive into the best wireless access points of 2020.

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The Best Wireless Access Points of 2020

SonicWall SonicWave 231c

Key Specs

  • Performance: 2×2:2 MU-MIMO
  • Wireless Standard: 802.11a/b/g/n/ac Wave 2
  • PoE: None
  • Deployment: Indoor (Ceiling)

What makes SonicWall SonicWave 231c one of the best wireless access points of 2020?

SonicWaves are the latest and greatest wireless access points from SonicWall. They offer Wave 2 wifi performance, allowing for more users with less lag. On top of that, the SonicWave 231c and its siblings integrates with the robust security of SonicWall NGFWs. That security extends to the AP itself, too, with a dedicated third radio focused on security. Plus, even if you don’t have a SonicWall firewall, it comes equipped with advanced security services like the Capture ATP sandbox on its own. In addition, you can manage the SonicWave through your SonicWall firewall, or with SonicWall’s WiFi Cloud Manager – an intuitive, cloud-based WiFi network management system ideal for networks of any size.

WatchGuard AP225W

Key Specs

  • Performance: 2×2:2 MU-MIMO
  • Wireless Standard: 802.11ac Wave 2
  • PoE: 802.3at PoE+
  • Deployment: Indoor (Wall/Ceiling)

What makes WatchGuard AP225W one of the best wireless access points of 2020?

The AP225W also features Wave 2 wireless. Plus, it combines that performance with the security of one of the Wireless Intrusion Prevention Systems (WIPS) out there. The WIPS detects and IDs access points and client devices to intelligently prevent six known categories of Wi-Fi threats. The best part? It does this without noticeably impacting performance. And another best part? security scanning and enforcement continues even if your connection is interrupted. On top of that, you get access to WatchGuard’s Wi-Fi Cloud management. This provides visibility, troubleshooting, and configuration capabilities in one place. Plus, it makes setup a snap. You can get your AP225W up and running in less than two minutes after connecting to the cloud. And as for deployment, its PoE+ capabilities make it simple to connect and turn on with one cord – whether you choose a wall or ceiling.

Fortinet FortiAP 431F

Key Specs

  • Performance: 4×4:4 MU-MIMO
  • Wireless Standard: 802.11ax Wi-Fi 6
  • PoE: PoE 802.3at
  • Deployment: Indoor (Wall/Ceiling)

What makes Fortinet FortiAP 431F one of the best wireless access points of 2020?

The FortiAP 431F, along with its siblings in the newly created F-series (the 433F and 231F) are the newest access points on this list. That newness also means the latest in wireless performance, with 802.11ax – better known as WiFi 6. WiFi 6 access points are faster and have more capacity than previous generations. And with the FortiAP 431F, you’re getting a top of the line device. It features four radios, five internal antennas (or antennae), and 24/7 scanning across both wireless bands while still providing access on both the 2.4 and 5 GHz bands. You also have the flexibility of Power over Ethernet and wall or ceiling deployment options. Fortinet keeps security top of mind as well, with built-in wireless security, integration into the Fortinet Security Fabric, and management either through your FortiGate firewall or the FortiAP Cloud provisioning and management portal.

Cisco Meraki MR70

Key Specs

  • Performance: 2×2:2 MU MIMO
  • Wireless Standard: 802.11a/b/g/n/ac Wave 2
  • PoE: PoE 802.3af
  • Deployment: Outdoor

What makes Cisco Meraki MR70 one of the best wireless access points of 2020?

We couldn’t make a top wireless access points list without including an outdoor option. And Cisco Meraki’s MR70 does just that, providing enterprise-grade security and simple management
in a ruggedized, IP67-rated form factor which protects it from the elements. Just as with our other best-ofs, Meraki doesn’t skimp on security. The MR70 boasts Air Marshal, a built-in WIPS for threat detection and remediation. Plus, it’s managed through the Meraki cloud, which monitors your AP around the clock and ensures you always get the latest firmware updates as soon as they’re out – protecting you from any emerging issues. It also makes setup a snap, with self-configuring, rapid plug-and-play deployment. The physical device has internal antennas, PoE, and plenty of Wave 2 connectivity juice, too.

Ruckus Unleashed R610

Key Specs

  • Performance: 3×3:3 MU MIMO
  • Wireless Standard: 802.11a/b/g/n/ac Wave 2
  • PoE: PoE 802.3af/at
  • Deployment: Indoor (Wall/Ceiling/Desk)

What makes Ruckus Unleashed R610 one of the best wireless access points of 2020?

For our final entry on this list, we’re going controller-less. Ruckus Unleashed wireless access points don’t require separate controllers and access point licenses to run your wifi, significantly
reducing upfront costs. As a matter of fact, the R610 can handle up to 25 access points with no controller necessary. The R610 also integrates BeamFlex+, which continually forms and directs each wifi packet over the best performing signal path. And it adapts in real time to anticipate hand-held device movement and rotation – because mobile devices are just that, mobile – ensuring consistent performance. This technology also boosts coverage, meaning you’ll need fewer APs to cover the same area. The R610 features multiple power over ethernet options, a wide range of mounting possibilities, and simple deployment.

 

Looking for the best wireless access points for your small business?

Give us a call at 866-957-2975 to find the perfect fit!

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SonicWave vs Ubiquiti Wireless Access Points

SonicWave vs Ubiquiti Wireless Access Points

Comparing SonicWave wireless access points to competitors like Ubiquiti can pose a challenge. Which stats are important when selecting an AP? What makes SonicWave so secure? How does  high performance Wave 2 wireless factor in when it comes to super fast WiFi at a low total cost?

SonicWave is the latest series of wireless access points from SonicWall. In short, Wave 2 wireless provides:

  • Gigabit WiFi potential
  • More bandwidth for connected devices
  • Additional 5 GHz channels
  • Improved user experience
  • Beamforming & bandsteering

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SonicWave 224W

Beamforming & Bandsteering

In the past, wireless coverage acted sort of like a lightbulb. For instance: you turn it on, light spills out in all directions, and the whole room is evenly lit. Beamforming is more like a flashlight (or a torch for our UK friends). That is to say, it allows more direct and focused paths for connectivity. When a device attempts to connect to your wireless AP, onboard engines determine which channel and device will provide the highest quality connection at the time.

To sum up, key benefits of beamforming include:

  • More stable, reliable connectivity
  • Faster data transfers & fewer errors
  • Reduced interference
  • Better “signal-to-noise” ratio

In addition, bandsteering is a game changer for WiFi. Bandsteering is the process of using dual-band WiFi, allowing APs to choose which Gigahertz band will provide the highest performance.

  • 2.4 GHz – Slower data transfer, more interference, but larger coverage area & penetration
  • 5 GHz – Higher speeds, more reliable connections, & less congestion

Sometimes the higher capacity 5 GHz band is the faster option. However, in some cases the 2.4 GHz can be the best bet if 5 GHz is congested or a little out of reach. With bandsteering, you do not have to decide. SonicWaves automatically connect to the most efficient band. In other words, the AP does the thinking for you.

Go Controller-Free with SonicWave

SonicWall SonicWave APs feature easy deployment and management options that lower costs. There is no need to purchase a separate wireless controller because your wireless network can be managed through the firewall. Single pane of glass management means less clicking around in multiple tabs and windows to find what you’re looking for. You also have the option of SonicWall’s WiFi Cloud Manager, which offers several bonus features of its own.

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Network Security Integration

SonicWall comes backed by multiple decades in the greater network security world. While Ubiquiti excels in their own little fish bowl, SonicWall is a shark that has prowled every corner of the cybercrime seven seas. Above all, SonicWave access points integrate into a larger, centrally managed network with real-time communication and unified threat protection operating across several security layers.

Because SonicWall sports a pedigree in security, SonicWave APs are built with security foremost in mind. That means SonicWaves benefit from:

  • Automatic firmware updates
  • Security alerts & rich analytics
  • SSL/TLS decryption & inspection
  • Wireless intrusion detection & prevention

Dedicated Security Radio

SonicWave 400 series access points include three radios. The first two radios operate on the 2.4 GHz and 5 GHz bands. Most importantly – when it comes to a protected network – the third radio is there just to secure your WiFi! SonicWave’s security radios scan for rogue access points and perform other wireless security tasks. Additional security-related features include:

  • Rogue AP Scanning
  • Virtual AP Segmentation
  • RF Monitoring
  • Passive Scanning
  • Wireless Packet Capture

SonicWave 432i vs Ubiquiti Quick Comparisons

Here we break out a few quick side-by-side stats comparing SonicWave APs vs a Ubiquiti UniFi Pro:

Antennas

  • SonicWave: 8 fully internal antennas
  • Ubiquiti: 3 dual-band antennas

802.11ac Max Date Rates

  • SonicWave: 2.34 Gbps – 3.47 Gbps
  • Ubiquiti: 450 Mbps – 1.3 Gbps

Interfaces & Ports

  • SonicWave: (1) 10/100/1000 RJ-45 Ethernet/PoE; (1) 100/1000/2.5 GbE RJ-45 Ethernet; (1) RJ-45 Console; (1) USB 2.0
  • Ubiquiti: (2) 10/100/1000 RJ-45 Ethernet; (1) USB 2.0

MIMO

  • SonicWave: 4×4 MU-MIMO
  • Ubiquiti: 3×3 MIMO

If you’re looking for the bare bones to get a Wi-Fi network up, a Ubiquiti UniFi access point may do the job. If you’re serious about wireless networking, unified security, and user experience, a SonicWave 432i or SonicWave 231c is a better fit for you. SonicWave access points come with the peace of mind that your wireless equipment was home-grown by a company steeped in network security know-how. The demand for fast, stable wireless access continues to grow. Therefore, the volume and variety of advanced attacks targeting WiFi networks will also grow. A SonicWave wireless AP is the way to go for small businesses with cyber security in mind.

 

SonicWave vs SonicPoint: Comparing Wireless APs

SonicWave vs SonicPoint: Comparing SonicWall Wireless APs

The wave of the future in SonicWall wifi is here with SonicWave wireless access points. To compare SonicWave vs SonicPoint is to compare the future to the past. SonicWave’s predecessor – SonicPoint wireless APs – retired in 2019, but their wifi footprint remains large. For those with active SonicPoint devices or those shopping for wireless networking solutions, it’s worth taking a look at what both model lines have to offer. Let’s compare and contrast SonicWall’s latest wireless line with it’s previous entry into the wifi space.

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The New Wave

When it comes to many of the differences between these two model lines, much simply has to do with differences in the technology available at launch date. In other words, older SonicPoints support older performance standards, while newer SonicWaves are ready for whatever today has to offer. Perhaps the biggest difference that puts SonicWaves ahead of SonicPoint APs is support for 802.11ac Wave 2 wireless technology. Wave 2 offers a couple of clearly enhanced capabilities that give SonicWave access points a performance edge:

SonicWave 224W

SonicWave (Wave 2 Technology)

  • 4 data streams
  • 160 MHz channel usage

SonicPoint ACi

SonicPoint (Prior Generation)

  • 3 data streams
  • 80 MHz channel usage

The math is pretty simple there. The larger the bandwidth and the more data streams means more devices supported and better performance. And onto another improvement that relates to Wave 2.

MU-MIMO es SU-MIMO

SonicWave models support MU-MIMO instead of SonicPoint’s SU-MIMO. In case you’re unfamiliar, MIMO stands for multiple-input, multiple-output. SU stands for single user, while MU is multiple users. What it’s meant to address is a lag in performance on a network with many users.  The MU-MIMO technology found in Wave 2 devices better accounts for today’s mobile-device heavy environment, while SU-MIMO was designed with primarily laptop usage in mind. MU-MIMO allows a wireless connection to simultaneously transmit and receive data between multiple supported devices at a time, as opposed to just one with single-use. That means better performance, more device support, and a reduction in the dreaded lag.

Deployment Options

There are simple physical differences when comparing SonicWave vs SonicPoint models. That is, SonicPoint offered only indoor-capable wireless access points. But the SonicWave series gives you options for whatever your needs, including if those needs include a more rugged appliance. SonicWave has models designed for the traditional indoor ceiling and wall mount, while also offering models specifically designed for outdoor deployments. The SonicWave 231O and 432O are IP67-Rated and feature industrial-grade enclosures meant to stand up to harsh environments. Basically, they can go wherever you need wifi.

Security and Integration

These features go hand-in-hand. SonicWall is always taking network security into account with any solution it offers. Both SonicWave and SonicPoint models support wireless data encryption. But the SonicWave series goes several steps further. SonicWaves are designed to integrate with SonicWall next generation firewalls to take advantage of the robust security they offer – like deep packet inspection to block network threats – as well as single-pane-of-glass management. If you don’t have a SonicWall firewall though, SonicWave APs can perform advanced security services, including the powerful, zero-day stopping Capture ATP sandbox service on their own.

Plus, most SonicWave APs include three radios, with the third fully focused on security. The third radio performs rogue AP detection, passive scanning, and packet capturing. But wait, there’s more! SonicWaves also integrate additional security-related features including:

  • Wireless intrusion prevention
  • Virtual AP segmentation
  • Wireless guest services
  • RF monitoring
  • Packet capture

And as mentioned, you can manage them through your firewall, or with SonicWall’s WiFi Cloud Manager – an intuitive, cloud-based WiFi network management system ideal for networks of any size.

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Availability

This one’s perhaps the easiest comparison of SonicWave vs SonicPoint. If you’re looking for new wireless APs, it’s SonicWave or bust. The last SonicPoint models reached end of sale in spring of 2019 (with end of support looming in 2022), so the choice is clear. Shop the SonicWave 200 or 400 series to find the right fit for your networking needs.

 

WiFi Extended – Ping Podcast – Episode 20

Episode 20: WiFi Extended

The wireless world has been abuzz with the news of the FCC’s recent decision to open space on the 6 GHz spectrum. We know it’s good news, but what can we expect moving forward? On episode 20 of Ping: A Firewalls.com Podcast, Andrew and Kevin welcome Sundar Sankaran, VP of Engineering with CommScope’s Ruckus Networks to provide an overview. He explains why this added space will lead to better performance, the types of technology that will really thrive with better speeds, and of course, the timeframe for adoption of WiFi 6E – the ‘e’ is for extended.

In our cybersecurity headlines, we talk discuss a data breach affecting Home Chef. Plus, hear about another cryptocurrency mystery possibly involving bitcoin’s secret founder Satoshi. And take a trip to a virtual cybersecurity school to get kids into the career field.

How to listen

Listen to Ping – A Firewalls.com Podcast using the player above…

Or just about anywhere you prefer to listen to podcasts (Apple Podcasts, Pandora, Spotify, Google Podcasts, Stitcher, OvercastTuneIn, iHeart, Pocket Cast, Castro, Castbox, PodchaserYouTube, and of course via RSS, to name a few). Remember to subscribe or follow where you can to get the latest episodes as soon as they’re released. And please rate and review us as well!

Missed our previous episodes? You can get them anywhere you listen to podcasts, or go to our full episode list.

Learn even more about network security through our blog, which features new content every week.

New episodes are released every other Wednesday. Have a special request for a topic or a question for our network engineers to address? Email us at podcast@firewalls.com and it could be on our next show!

SonicWall NSA 2650 and SonicWall SonicWave Access Points: New products expand NGFW standards

SonicWall NSA 2650 & the SonicWave Series shook up the cyber security scene, painting the tail-end of September with excitement over new features and capabilities. What exactly sets apart the NSA 2650 from past iterations? And what is a SonicWave anyway? Answers to all your questions regarding the latest tech buzz are here.

sonicwall nsa 2650 next generation firewalls from sonicwall and firewalls.com the nsa 2650 firewall with multi gigabit ports and high port density wave 2 capable

SonicWall NSA 2650

What is it?

The SonicWall NSA 2650 is the latest Next-Generation Firewall offering from SonicWall and it comes with a slew of handy features. The NSA 2650 boasts high port density, allowing for a huge amount of simultaneous connections without sacrificing performance or requiring network switches. Pair that with multiple high-speed processors with parallel processing power and you’ll find that the NSA 2650 excels at SSL Deep Packet Inspection that doesn’t slow your traffic. SonicWall’s patent for reassembly-free DPI translates into negligible downtime in data packets waiting to be inspected. Instead, packets in queue are moved right along to the next available processing engine and ushered through the express lane.

Finally, one of the most exciting aspects of the SonicWall NSA 2650 is its ability to support 802.11ac Wave 2 Wifi. Wave 2 is the next step in wireless internet technology and soon to become the new standard in Wi-Fi. The throughput capabilities of the NSA 2650 hardware are revved up high enough to match the requirements of Wave 2 Wi-Fi, so you’ll have a firewall finally fast enough to keep up with the blazing speeds of your wireless network.

Why the hype?

Multi-gigabit ports, several high-speed processors, and hearty onboard memory all translate to one thing: speed. All of this on a tag team with Wave 2 compatibility means that the NSA 2650 can provide best-in-the-business performance stats while maintaining cutting-edge security. The SonicWall NSA 2650 is also ready to scale with your business thanks to optional expansion slots, redundant power supply options, and more gigabit ports than you could realistically need.

What’s in it for me?

You know that tiny little area at the center of the Venn diagram where “fast,” “powerful,” and “versatile” meet? This is the domain of the SonicWall NSA 2650. Advances in wireless technology are crystallizing into the emergence of new industry standards. Get out ahead of the changes and you’ll enjoy fast, secure, future-proof network security that is built to grow with your needs.

SEE STATS, SPECS, DATASHEETS, PRICING, & MORE FOR THE SONICWALL NSA 2650

sonicwall nsa 2650 & sonicwave wifi wave 2 802.11ac wireless firewalls from sonicwall new product

SonicWall SonicWave

What is it?

The SonicWave series is a line of powerful Wave 2 wireless access points. More powerful than even the famous SonicPoint, the SonicWave access points are multi-radio devices built to operate on Wave 2 Wi-Fi. Operating on the 802.11ac Wave 2 network means you’ll be onboard with an emergent industry standard in wireless technology. SonicWave devices are capable of both band steering and beamforming, fancy terms that mean your network is always operating on the most efficient frequencies available.

SonicWave access points are multi-radio devices. A primary radio operates on the 5Ghz frequency band, which is often the least “crowded” frequency. This ensures that your connection isn’t battling for priority. A second radio operates on the classic 2.4 GHz band so that legacy 802.11a/b/g/n Wi-Fi devices can connect. A third radio exclusively scans for rogue access points, providing top-of-the-line security and, as a convenient bonus, Purchase Card Industry (PCI) Compliance.

Why the hype?

Not to beat a dead horse here, but 802.11ac Wave 2 is truly the next evolution in wireless networking and the SonicWall SonicWave is the first step towards standardizing the wireless industry. If you’re ready right now for fast, secure, uninterrupted wireless coverage, Wave 2 is your destination. If you’re afraid of change, then we’ll catch you in a few years when you jump on the Wave 2 train anyway.

What’s in it for me?

These access points allow you to utilize HD media, cloud, and mobile-heavy resources without degrading signal strength. You’ll be hard pressed to find anything that can slow this wireless network down. If you want a real work horse handling your web traffic, the SonicWall SonicWave is your answer. SonicWaves are simultaneously impenetrable security juggernauts and nimble network acrobats, transferring across multiple frequency bands to ensure that your web traffic always has the most secure, direct, and unobstructed traffic flow.

SEE STATS, SPECS, DATASHEETS, PRICING, & MORE FOR THE SONICWALL SONICWAVE SERIES