Linksys WRT32X Gaming Router Announced with Killer Prioritization Engine from Rivet Networks

Rivet Networks, the company behind the Killer brand, has been on a roll lately with the launch of a new Ethernet controller (E2500) back in September 2016. Killer’s selling proposition is the fine-grained QoS settings that are automatically applied to certain types of traffic, resulting in better user experience for Internet usage scenarios like online gaming and video conferencing. Till now, their IP has been restricted to client devices with their NICs installed. However, that restricted the effectiveness of their prioritization algorithms to traffic originating from that machine only. In order to be effective in the multi-device usage scenarios of the modern home, the algorithms effectively need to be resident in the router.

This CES, they have partnered with Linksys for the launch of the first router with the ‘Killer Prioritization Engine’. The Linksys WRT gaming edition router – the WRT32X – works closely with router clients that are Killer endpoints (various notebooks with Killer Wi-Fi and/or desktops with Killer wired NICs). Within the consumer’s residence, there is an end-to-end optimization of certain types of traffic for latency minimization. This ensures lesser lag and smoother streaming / video conferencing. Other types of traffic such as bulk downloads are given a lower priority.

The hardware itself is a Tri-Band AC3200 (N600 + AC2600) solution using 3×3 radios (one 5 GHz and one 2.4 GHz). Note that the 3×3 5 GHz band is marketed with the ‘Tri-Stream 160’ tag – implying the use of a 160 MHz-wide channel that allows up to 867 Mbps per stream (and, a total of 2.6 Gbps for a 3×3 configuration). The radio belong to the Marvell Avastar 88W8964 family. Other platform details include:

• 1.8 GHz Dual-Core ARM CPU [ Marvell ARMADA 38x, with a dual-core Cortex A9 host processor ]
• MU-MIMO Technology for airtime efficiency
• QoS engine powered by Killer Networking
• Exclusive optimization for Killer Networking gaming clients in MSI, Alienware, Razer etc.
• DFS certified for operation in the clear DFS channel airspace
• 256MB Flash and 512MB of DDR3 Memory
• 4 high-performance Antennas and high-powered PAs for better range
• 5-port SOHO-grade Gigabit Ethernet switch with TCAM (1x WAN, 4x LAN)
• eSATA, USB 3.0, and USB 2.0 Ports for NAS-like network storage
• Custom-built firmware specially tuned for online gaming traffic

The router is expected to become available in Spring 2017 for $300. We have long been wary of the effectiveness of the Killer solutions in a household with multiple clients simultaneously accessing the Internet. The move towards integrating the algorithms in the router addresses most of our concerns. It ensures that the consumer is able to fully realize the benefits of the Killer solution in their gaming notebooks and PCs.

Linksys WRT32X Gaming Router Announced with Killer Prioritization Engine from Rivet Networks

Rivet Networks, the company behind the Killer brand, has been on a roll lately with the launch of a new Ethernet controller (E2500) back in September 2016. Killer’s selling proposition is the fine-grained QoS settings that are automatically applied to certain types of traffic, resulting in better user experience for Internet usage scenarios like online gaming and video conferencing. Till now, their IP has been restricted to client devices with their NICs installed. However, that restricted the effectiveness of their prioritization algorithms to traffic originating from that machine only. In order to be effective in the multi-device usage scenarios of the modern home, the algorithms effectively need to be resident in the router.

This CES, they have partnered with Linksys for the launch of the first router with the ‘Killer Prioritization Engine’. The Linksys WRT gaming edition router – the WRT32X – works closely with router clients that are Killer endpoints (various notebooks with Killer Wi-Fi and/or desktops with Killer wired NICs). Within the consumer’s residence, there is an end-to-end optimization of certain types of traffic for latency minimization. This ensures lesser lag and smoother streaming / video conferencing. Other types of traffic such as bulk downloads are given a lower priority.

The hardware itself is a Tri-Band AC3200 (N600 + AC2600) solution using 3×3 radios (one 5 GHz and one 2.4 GHz). Note that the 3×3 5 GHz band is marketed with the ‘Tri-Stream 160’ tag – implying the use of a 160 MHz-wide channel that allows up to 867 Mbps per stream (and, a total of 2.6 Gbps for a 3×3 configuration). The radio belong to the Marvell Avastar 88W8964 family. Other platform details include:

• 1.8 GHz Dual-Core ARM CPU [ Marvell ARMADA 38x, with a dual-core Cortex A9 host processor ]
• MU-MIMO Technology for airtime efficiency
• QoS engine powered by Killer Networking
• Exclusive optimization for Killer Networking gaming clients in MSI, Alienware, Razer etc.
• DFS certified for operation in the clear DFS channel airspace
• 256MB Flash and 512MB of DDR3 Memory
• 4 high-performance Antennas and high-powered PAs for better range
• 5-port SOHO-grade Gigabit Ethernet switch with TCAM (1x WAN, 4x LAN)
• eSATA, USB 3.0, and USB 2.0 Ports for NAS-like network storage
• Custom-built firmware specially tuned for online gaming traffic

The router is expected to become available in Spring 2017 for $300. We have long been wary of the effectiveness of the Killer solutions in a household with multiple clients simultaneously accessing the Internet. The move towards integrating the algorithms in the router addresses most of our concerns. It ensures that the consumer is able to fully realize the benefits of the Killer solution in their gaming notebooks and PCs.

D-Link’s Covr Whole-Home Networking Solutions – Wi-Fi SON with Wi-Fi and HomePlug Backhauls

D-Link is launching a few IP cameras and a couple of Wi-Fi home networking solutions at CES 2017.
More relevant to our recent coverage are the two new whole-home Wi-Fi solutions being launched under the Covr tag. Mesh Wi-Fi’s sudden market traction, thanks to offerings from startups such as eero and Luma, has forced incumbent vendors to re-package their separate router and range extender product lines with tighter integration in terms of both hardware design and firmware features. Qulacomm’s Wi-Fi SON (Self-Organizing Networks) firmware features have definitely lent a helping hand to vendors to get started quickly with such systems.

D-Link’s Covr systems come in two flavors – one with a pure Wi-Fi backhaul, and the other with a powerline backhaul using HomePlug AV2 technology. The firmware features for the whole-home Wi-Fi system are based upon Qualcomm’s Wi-Fi SON in both versions. We have already evaluated different types of backhauls for extending Wi-Fi reach. In our testing, a dedicated 4×4 802.11ac Wi-Fi backhaul was able to perform better than both HomePlug AV2 (AV2 2000) and G.hn powerline systems. However, performance seen by end users may vary widely based on the type of construction of the home as well as the Wi-Fi backhaul characteristics and powerline chipsets used.

The pure Wi-Fi backhaul version is the Covr Wi-Fi System (DKT-883), while the HomePlug backhaul version is the Covr Powerline Wi-Fi System (DHP-W732AV).

Covr with Wi-Fi Backhaul: DKT-883

Typical mesh Wi-Fi or whole-home Wi-Fi systems rely upon multiple units sharing very similar hardware. On the other hand, D-Link has adopted the more traditional approach with an AC2600 router (based on the Qualcomm Atheros 8065 SoC) – the DIR-883 Dual-Band MU-MIMO Wi-Fi Router with 4×4 802.11ac (1733 Mbps in the single 5 GHz band and 800 Mbps in the single 2.4 GHz band) – at the heart of the system. The DAP-1655 AC1300 Gigabit Wi-Fi Extender (2×2 802.11ac with 867 Mbps in the 5 GHz band and 400 Mbps in the 2.4 GHz band) is the other part of the system.

Note that there is no dedicated Wi-Fi backhaul channel – bandwidth is shared between client devices and the router-extender communication link. Users sensitive to performance need to keep this mind. The selling point, therefore, boils down to the Wi-Fi SON features of smart steering, load balancing across the 5 GHz and 2.4 GHz bands, and easy set up.

Covr with Powerline Backhaul: DHP-W732AV

The DHP-W732AV solution is meant to extend Wi-Fi reach with an already existing router in the network. HomePlug AV2 1200 is used as the backhaul. The kit consists of two DHP-W730AV adapters. These adapters are 2×2 802.11ac solutions with Qualcomm Atheros chipsets for both Wi-Fi and powerline communication. While the PLC chipset it AV2 1200-class, the Wi-Fi is AC1300 (867 Mbps on 5 GHz + 400 Mbps in the 2.4 GHz band)

Each kit member also has three gigabit ports to service wired clients at their placement locations. Note that the kit doesn’t need a wired connection to the main router (typical of many range extenders that use PLC backbone). Instead, since both members of the kit are Wi-Fi-enabled, one is used to connect to the Wi-Fi network of the main router, while the second one can be connected to any power outlet to extend the Wi-Fi reach. The key here is again the use of Wi-Fi SON to make the whole experience seamless when handing off clients between the Wi-Fi networks of the PLC kits and the main router’s Wi-Fi network.

The DKT-883 and DHP-W732AV will both become available in Q2 2017 for $300 and $199 respectively.

In other CES news, D-Link also launched their first Apple HomeKit-certified IP camera, the Omna 1080 Cam HD (DSH-C310), and a host of other budget IP cameras. A welcome announcement was the integration of the functionalities present in multiple D-Link apps into one unified mydlink Home App for all of the company’s IP cameras and smart home devices.

Gallery: D-Link’s Covr Whole-Home Networking Solutions – Wi-Fi SON with Wi-Fi and HomePlug Backhauls