...can perform prefetching while the processing pipes operate. This is 7-slot VLIW architecture made of 2 scalar slots, 2 vector slots, and 3 memory operation

| arch = VLIW

* Hybrid [[RISC]]-[[DSP]]-[[GPU]] [[VLIW]] architecture * VLIW style

...r '''Variable-Length Very Long Instruction Word''' is a specific type of [[VLIW]] [[instruction set architecture]] whereby the [[instruction encoding]] use

| type = 4-way VLIW, 4-thread SMT '''Hexagon''' is VLIW DSP architecture designed by [[Qualcomm]]. It is used in many Qualcomm's So

|type=VLIW The core, also called a processing engine (PE), executes 96-bit [[VLIW]]s encoding up to eight operations per cycle. The core contains two indepen

...arranged as a 16 x 16 2-dimensional array. Those cores execute a custom [[VLIW]] ISA designed to expose maximum instruction-level and multiple program dat ...vISA is deployed as pISA to the individual cores. The pISA is a 119-bit [[VLIW]].

...ith a customized [[Cadence]] [[Tensilica Vision P6 DSP]]. This is a 5-slot VLIW 512-bit vector processor configured with two 512-bit vector load ports. It

...i-core [[microprocessor]]s with the original parallel Elbrus architecture (VLIW architecture) and hardware implementation of information security. The comp

| arch = Elbrus (VLIW), version 3 ...-4С'', code designation: '''1891ВМ8Я''') is an universal multi-core [[VLIW]] [[microprocessor]] with the Elbrus architecture, developed by the russian

| arch = Elbrus (VLIW) The «Elbrus» microprocessor is a single core [[VLIW]] microprocessor providing parallel execution of 23 instructions per cycle.

| arch = Elbrus (VLIW), version 4 ...: '''1891ВМ10АЯ''', '''1891ВМ10БЯ''') is an universal multi-core [[VLIW]] [[microprocessor]] with the Elbrus architecture, developed by the russian

...residency of data and reducing movement. Each of the individual TPCs is a VLIW DSP design that has been optimized for AI applications. This includes AI-sp

...nd reducing [[data movement|movement]]. Each of the individual TPCs is a [[VLIW]] DSP design that has been optimized for AI applications. This includes [[A

...s startups. To that end, NCORE is an extremely-wide 32,768-bit (4K-byte) [[VLIW]] [[SIMD]] [[coprocessor]]. This is similar to what a hypothetical "AVX3276

|type=VLIW