-Our very early goals are to develop a low-cost 180/130nm Gigabit router product with built-in cryptographic primitives and direct packet routing.
-
-The second product is a 28nm (or lower) Quad-Core competitor to the ASpeed 2600, a Boot Management Console SoC used to manage Servers in Cloud Computing Data Centres world-wide. The product will also be suitable as a SBC (Single Board Computer) and, with both USB-C, PCIe host and client, act as an independent low-power affordable Graphics Card (a 3D version of the Volari X11) with modest 3D and Video capabilities, as well as a USB-C Graphics Adapter (similar to DisplayLink products).
-
-The long-term products are intended to reach mass-volume adoption of 100 to 500 million units, using the latest geometries to gain high performance as well as power savings, primarily in the smartphone netbooks chromebooks tablets IoT and IPTV markets.
+ Specific, Measurable, Achievable, Relevant, Time-bound.
+ Keep it simple – three big goals supported by clear
+ targeted actions to get you there
+
+Our very early goals are to develop a low-cost 180/130nm Gigabit router
+product with built-in cryptographic primitives and direct packet routing.
+Timescale is end of Q4 2021 and using Google Skywater 130nm "Libre"
+MPW for a test ASIC Q2 2021.
+
+The second product is a 28nm (or lower) Quad-Core competitor to the ASpeed
+2600, a Baseboard Management Controller (BMC) SoC capable of acting as a
+PCIe-based Graphics Card after its primary "boot" job is done. BMCs are
+present on almost every server motherboard: they are used to boot and
+manage Servers in Cloud Computing Data Centres world-wide. The product
+will also be suitable for a SBC (Single Board Computer) with "Raspberry Pi"
+style interfaces and, with both USB-C, PCIe host and client, can act as
+an independent low-power affordable Graphics Card (a 3D version of the
+Volari X11) with modest 3D and Video capabilities for use typically in
+Data Centres and Embedded Industrial PCs, as well as a USB-C Graphics
+Adapter (similar to DisplayLink products). Timescale is end of Q2 2022.
+
+The long-term products are intended to reach mass-volume adoption of
+100 to 500 million units, using the latest geometries to gain high
+performance as well as power savings, primarily in the smartphone
+netbooks chromebooks tablets IoT and IPTV markets. These to be planned
+and developed in overlap with the 28nm product, for delivery Q2 2023.
+
+Additionally we seek to establish ourselves as a "Solutions Provider",
+developing custom-targetted high performance, high efficiency processors
+as part of full product design and delivery. This through leveraging and
+engaging professional community and partner resources with the highest
+level of exertise in the customer's market.