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Silicon Motion at CES: 3D NAND support for SM2246EN and roadmap update
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Silicon Motion at CES: 3D NAND support for SM2246EN and roadmap update

2015 was a great year for SSD controller designer Silicon Motion. Their SM2246EN controller was at the heart of some of the best mainstream and value SATA SSDs, while their DRAM-less SM2246XT and their TLC-compatible SM2256 each had several design wins for even more affordable SSDs. At CES, Silicon Motion showed off their full range of products and shared some of their plans to stay competitive through 2016.

The most important development for the SSD market in 2016 will almost certainly be the availability of 3D NAND from companies other than Samsung (who’s been shipping 3D NAND since 2014 and will be rolling out their third generation of it this year). Silicon Motion has updated their firmware for the SM2246EN controller to support 3D MLC NAND, and they showed off drives using 3D NAND flash sourced from Intel, Micron, and Hynix. This demonstrates that Silicon Motion is ready for the transition to 3D NAND and that we can expect drives to be hitting the shelves as soon as the flash itself is available in bulk on the open market. It’s also nice to have independent confirmation that both IMFT and Hynix are on track with their 3D NAND development. Conspicuously absent from the lineup was 3D NAND from the Toshiba and SanDisk joint venture. We already expected them to be last to ship 3D NAND due to their fab for it not being scheduled to begin mass production until this year, so it’s no surprise if they’re keeping things under wraps for a little longer.

To support 3D TLC NAND, Silicon Motion will be releasing a SM2258 controller as the successor to SM2256, but this new controller was not on display and we don’t have information on what other changes it may bring to the table. SM2258 should be ready by the middle of the year, so it shouldn’t be too long before we have more details.

The last big update concerns the SM2260 PCIe SSD controller. A launch date hasn’t been announced, but we were told to expect a more interesting demo at Flash Memory Summit, suggesting it will be ready to ship in the second half of 2016. The expected performance specifications have changed slightly from what we last heard in June 2015: sequential read speed is up from 2200 MB/s to 2400 MB/s while sequential write is down from 1100 MB/s to 1000 MB/s. Random read and write ratings remain at 200K and 125K IOPS respectively. With the exception of random write those numbers are a bit below what Samsung advertises for the 950 Pro, but close enough that SM2260-based drives can probably be competitive by just undercutting Samsung’s pricing by a little bit. 3D NAND support has also been added to the feature list, and NVMe version 1.2 will be supported. To make use of the higher speeds of the PCIe 3.0 x4 interface, the SM2260 uses a dual-core ARM processor instead of the single-core ARC processor used by Silicon Motion’s SATA SSD controllers and the SM2260 has 8 NAND interface channels compared to 4 channels for SM2246EN and SM2256.

Silicon Motion still has no direct successor planned for the DRAM-less SM2246XT controller but they confirmed that all of their controllers could be used in a DRAM-less configuration with appropriate firmware, so a DRAM-less TLC SSD could be built using SM2256 if somebody thought the cost savings were worth the firmware development efforts. Silicon Motion was also showing off their current lineup of solutions for USB flash drives including Type-C and Lightning port support, as well as their eMMC and single-package SSD products intended mainly for industrial, automotive and other embedded applications.

Securifi Updates Smart Home Hub Lineup with New Almond 3 Wireless Router
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Securifi Updates Smart Home Hub Lineup with New Almond 3 Wireless Router

Securifi is famous for bringing out the world’s first commercially available touchscreen router. We have covered them a couple of times in the past. They were one of the first vendors to realize the potential of integrating radios for home automation protocols (ZigBee and Z-Wave) in a wireless router. Google also seems to be adopting this strategy with the OnHub routers which integrate Bluetooth and 802.15.4 support.

Securifi’s family of routers (the Almonds) consists of two product lines – one targeting the high-end market and the other aiming to be more affordable. At CES, Securifi launched the Almond 3, a new member in the second category. The following extract from the press brochure shows how the currently available models compare against each other.

It is obvious that the Almond+ belongs to the high-end line, while the Almond 3 belongs to the affordable category. Like the Almond 2015, the Almond 3 is also based on a Mediatek chipset. The chipset used is likely to be the MT7612E along with MT7621N SoC (waiting for confirmation from Securifi for this) the MT7621A MIPS 1004Kc-based SoC along with MT7602E 2×2:2 802.11n 2.4GHz radio and the MT7612E 2×2:2 802.11ac 5GHz radio. It is an AC1200 router (2×2 802.11ac for 867 MBps in the 5 GHz band and 2×2 in the 2.4 GHz band for 300 Mbps).

The above specifications indicate that the Almond 3 is a definite step up from the Almond 2015, which was a 100 Mbps N300 router. The built-in siren enables some interesting scenarios, particularly as a security alarm when combined with ZigBee door / window magnetic reed sensors. Considering the specifications and the focus on user experience with the touchscreen interface, the Almond 3 targets the average consumer.

Integrating home automation radios in the hardware for the router is only one side of the equation. Other vendors (like Google via TP-Link and Asus and TP-Link itself) have also started to explore this area. The other important ingredient for market success is the user experience. Perfecting the web user interface as well as the mobile apps is a challenge, particularly when home automation is involved.

At CES, Securifi demonstrated their mobile app, and I have to say that it has one of the most user-friendly interfaces to setting up the ‘rules and scenes’ (i.e, how changes reported by one sensor (or, even just the time) can be used to trigger events in other connected devices). They also talked about an innovative idea for implementing geofencing by recognizing the connection status of the user’s smartphone in the router.

Securifi has also opened up their Websockets API. This should help power users and third-party developers to interface with the Almonds / home automation devices and develop their own applications. The other important takeaway from my conversation with Securifi was that they have implemented full cloud-less control of all supported home automation devices on all the Almond routers. I have always been a big proponent of isolating home automation devices from the Internet for security and reliability purposes. Power users on the go have multiple ways to obtain access to the home automation controller (in this case, the Almond device) over the Internet – including, but not restricted to, running a VPN server in the home network. On a general note, I am waiting for a consumer networking equipment vendor to make VPNs more accessible to the general audience. This will be very useful for consumers who don’t want their home automation devices to be at the mercy of a cloud server somewhere on the Internet.

The Almond 3 is slated to become available later this quarter. It will retail for $119. Coupled with a sensor such as this, we believe it is a value-focused solution for the average consumer’s networking and security alarm needs.

Securifi Updates Smart Home Hub Lineup with New Almond 3 Wireless Router
  • Comments are Closed

Securifi Updates Smart Home Hub Lineup with New Almond 3 Wireless Router

Securifi is famous for bringing out the world’s first commercially available touchscreen router. We have covered them a couple of times in the past. They were one of the first vendors to realize the potential of integrating radios for home automation protocols (ZigBee and Z-Wave) in a wireless router. Google also seems to be adopting this strategy with the OnHub routers which integrate Bluetooth and 802.15.4 support.

Securifi’s family of routers (the Almonds) consists of two product lines – one targeting the high-end market and the other aiming to be more affordable. At CES, Securifi launched the Almond 3, a new member in the second category. The following extract from the press brochure shows how the currently available models compare against each other.

It is obvious that the Almond+ belongs to the high-end line, while the Almond 3 belongs to the affordable category. Like the Almond 2015, the Almond 3 is also based on a Mediatek chipset. The chipset used is likely to be the MT7612E along with MT7621N SoC (waiting for confirmation from Securifi for this) the MT7621A MIPS 1004Kc-based SoC along with MT7602E 2×2:2 802.11n 2.4GHz radio and the MT7612E 2×2:2 802.11ac 5GHz radio. It is an AC1200 router (2×2 802.11ac for 867 MBps in the 5 GHz band and 2×2 in the 2.4 GHz band for 300 Mbps).

The above specifications indicate that the Almond 3 is a definite step up from the Almond 2015, which was a 100 Mbps N300 router. The built-in siren enables some interesting scenarios, particularly as a security alarm when combined with ZigBee door / window magnetic reed sensors. Considering the specifications and the focus on user experience with the touchscreen interface, the Almond 3 targets the average consumer.

Integrating home automation radios in the hardware for the router is only one side of the equation. Other vendors (like Google via TP-Link and Asus and TP-Link itself) have also started to explore this area. The other important ingredient for market success is the user experience. Perfecting the web user interface as well as the mobile apps is a challenge, particularly when home automation is involved.

At CES, Securifi demonstrated their mobile app, and I have to say that it has one of the most user-friendly interfaces to setting up the ‘rules and scenes’ (i.e, how changes reported by one sensor (or, even just the time) can be used to trigger events in other connected devices). They also talked about an innovative idea for implementing geofencing by recognizing the connection status of the user’s smartphone in the router.

Securifi has also opened up their Websockets API. This should help power users and third-party developers to interface with the Almonds / home automation devices and develop their own applications. The other important takeaway from my conversation with Securifi was that they have implemented full cloud-less control of all supported home automation devices on all the Almond routers. I have always been a big proponent of isolating home automation devices from the Internet for security and reliability purposes. Power users on the go have multiple ways to obtain access to the home automation controller (in this case, the Almond device) over the Internet – including, but not restricted to, running a VPN server in the home network. On a general note, I am waiting for a consumer networking equipment vendor to make VPNs more accessible to the general audience. This will be very useful for consumers who don’t want their home automation devices to be at the mercy of a cloud server somewhere on the Internet.

The Almond 3 is slated to become available later this quarter. It will retail for $119. Coupled with a sensor such as this, we believe it is a value-focused solution for the average consumer’s networking and security alarm needs.