Base32's decoder is designed to support Google Authenticator format, which means that it ign

* [[Encoder]]s / [[Decoder]]s

| {{\|AM2921}} || 1-to-8 [[decoder]] with 3-state outputs || 20 | {{\|AM2924}} || 3-to-8 [[decoder]]/[[demultiplexer]] || 16, 20

| {{\|3205}} || 1 of 8 binary decoder

| {{\|3205}} || 1 of 8 binary decoder

...s chips such as [[and gates]] and [[or gates]] as well as [[register]]s, [[decoder]]s, and [[RAM]] units. | {{\|7447}} || BCD to 7-Segment Decoder/Driver; Open-Collector Outputs

...6}}, ROM ({{\|A05|A05xx}}), RAM ({{\|10432}}), and a [[7400 series]] 74154 decoder.

| {{\|M44C092}} || 4 kB || 256x4 b || 16 || SO20 || IR encoder & decoder | {{\|M44C092-H}} || 4 kB || 256x4 b || 16 || SO20 || IR encoder & decoder + phase control

| {{\|8205}} || || 1 Of 8 Binary Decoder

...the complex 4-way decoder. The decoder has 3 simple decoders and 1 complex decoder. In total, they are capable of emitting 3 single fused µOps and an additio Continuing with the decoder is the [[register renaming]] stage. This is crucial for out-of-order execut

...properties such as branches. As with previous microarchitectures, the pre-decoder has a [[throughput]] of 6 [[macro-ops]] per cycle or until all 16 bytes are ...other words, for each additional µOP the complex decoder emits, one less decoder is active.

...properties such as branches. As with previous microarchitectures, the pre-decoder has a [[throughput]] of 6 [[macro-ops]] per cycle or until all 16 bytes are ...other words, for each additional µOP the complex decoder emits, one less decoder is active.

* [[:File:MPEG2 Multi-channel Decoder for FPOA.pdf|MPEG2 Multi-channel Decoder for FPOA]]

...an be emitted, usually only 4MOPs/cycle are emitted from the [[instruction decoder|decoders]].

...x86 instructions per cycle to macro-ops. According to AMD the instruction decoder can send up to four instructions per cycle to the op cache and micro-op que ...ructions. If they are fused when entering the cache, or if the instruction decoder sends fused macro-ops to the op cache as well as the micro-op queue is uncl

* HEVC decoder 4k2k @ 30fps * H.264 decoder (30fps/40Mbps)

* HEVC decoder 4k2k @ 30fps * H.264 decoder (30fps/40Mbps)

* HEVC decoder 4k2k @ 30fps * H.264 decoder (30fps/40Mbps)

* HEVC decoder 4k2k @ 30fps * H.264 decoder (30fps/40Mbps)

* HEVC decoder 4k2k @ 30fps * H.264 decoder (30fps/40Mbps)

* HEVC decoder 4k2k @ 30fps * H.264 decoder (30fps/40Mbps)

* HEVC decoder 4k2k @ 30fps * H.264 decoder (30fps/40Mbps)

** Can be coupled with decoder to allow high-quality video processing in the FF units in the unslice witho

** Can be coupled with decoder to allow high-quality video processing in the FF units in the unslice witho

** No decoder necessary

* Five-channel low-delay H.264/JPEG decoder

...instruction queue]] the instructions are sent to decode. Decode is a 4-way decoder which can handle both the [[ARM]] {{arm|AArch64}} and {{arm|AArch32}} instr

...les]] and deliver a large number of instructions to be decoded by a larger decoder. With up to 12 instructions fetched each time, the M3 is effectively fetchi [[File:m3 decode.svg|thumb|right|M3 features a 6-way decoder.]]

** New Decoder ...uent instructions where they are queued to go for the [[instruction decode|decoder]]. The queue is shared by all threads. The size of the queue has not been d

...ARMv8 code natively and with help of dynamic code optimization. Native ARM decoder can issue up to 2 instructions per cycle, and up to 7 micro-operations are Denver is 7-wide in-order superscalar. It has ARMv8 hardware decoder (A32, T32, and A64 modes) which can generate up to 2 micro-ops per cycle. A

...e’s 4 way wide decoder to 4 simple + 1 complex in Sunny cove 5 way wide decoder) ...properties such as branches. As with previous microarchitectures, the pre-decoder has a [[throughput]] of 6 [[macro-ops]] per cycle or until all 16 bytes are

* H.264 Video decoder * MJPEG encoder/decoder

*** Add OD-ILD (on-demand instruction length decoder)

** Add 2 simple decoders from 5 but canceled the complex decoder design as it is no longer practical and complex instructions can now be han

...ly operations. The weights for each set of operations come from the weight decoder while the assembled tensor of activations comes from broadcast network. Arm

*** Wider decoder (3-way, up from 2-way)