The OCT2224W is a System-on-Chip (SoC) device optimized for LTE, HSPA and GSM baseband processing, with an impressive power-efficiency that consumes less than 5 watts while serving 64 users within a range of 20 km in HSPA. The OCT2224W is highly integrated, and includes high-speed network interfaces as well as on-chip RF ports making it ideal for cost efficient small cell designs.

Tactical Communications

Industrial IoT

Custom Private Networks

The OCT2224W is composed of 24 Opus2 DSP Cores. The DMA subsystem provides a high‐bandwidth interconnect between the cores, peripherals, and external memory.

The OCT2224W includes up to six satellites, each of which is composed of four Opus2 DSP Cores and its own local bus and DMA.  Data transfers can be local to the satellite or global.


Direct Memory Access (DMA)

TDM Interface supports the following capabilities, among others:
• 16 data streams can be individually configured as input or
• Supports a wide range of data rates: 2.048 Mbps, 4.096
Mbps, 8.192 Mbps, 16.384 Mbps

Three parallel interface (PIF) ports

PIF can be adapted to standard video capture and display
interfaces such as ITU‐R BT.656 / BT.1120.

484-pin Ball Grid Array (BGA) package, 1.0mm pitch; 4W typical power consumption

The OCT2224W is a flexible device architecture that supports a diverse range of applications with scalable capacities.

Integration-Ready Software:
For non-commercial cellular applications including custom waveforms, customers can use Octasic’s Opus Studio for all the necessary drivers and libraries to quickly build a custom wireless product.

OEM developers can easily integrate their own L2/L3 software solutions or work with valued Octasic software partners to enable solutions for select 3GPP cellular deployments.

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