AK4113VF - 24-Bit 216kHz DIR Audio Receiver | AKM
MPN: AK4113VF ✗ End of Life| Qty | Unit Price | Extended |
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| 1 | $0 | $0.00 |
| 10 | $0 | $0.00 |
| 100 | $0 | $0.00 |
| 500 | $0 | $0.00 |
| 1,000 | $0 | $0.00 |
AK4113VF Overview
A digital audio interface receiver, or DIR, converts a serial digital-audio stream into a form suitable for the next stage of an audio system. In the hierarchy of audio semiconductors, a DIR is a digital-audio input interface, while a DAC is its complementary digital-to-analog converter. The AK4113VF is therefore positioned between an upstream digital source and downstream audio processing, conversion, or monitoring circuitry.
The verified information identifies the AK4113VF as a 24-bit stereo receiver supporting rates up to 216kHz and providing a 6:1 selector. The retrieved technical description also states that the channel-status decoder supports consumer and professional modes and that the device automatically detects non-PCM bit streams. These features make it relevant to professional audio equipment, broadcast infrastructure, studio converters, and digital audio routing systems.
The AK4113VF is not a power semiconductor, so a safe-operating-area chart is not applicable. Its package and electrical details must be confirmed against the manufacturer datasheet for the exact ordering variant. The retrieved datasheet listing identifies the package as a 30-pin VSOP with 0.65mm pitch. The available product results also reference an evaluation board and associated control, clock, and serial-interface signals.
A typical signal chain places the AK4113VF after a digital-audio source and before a DAC, audio codec, DSP, or monitoring interface. The 6:1 selector can simplify front ends that must accept multiple digital sources, while the 24-bit representation preserves high-resolution audio data when the downstream system supports the corresponding word length. Digital input timing, grounding, and format compatibility remain the principal implementation considerations.
This product page combines the verified AK4113VF datasheet identity, distributor listings, package information, and cross-reference search results. It also records unavailable parameters explicitly rather than estimating them, helping engineers compare the receiver against candidate replacements and evaluate whether a new PCB design or a qualified substitute is required.
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Request AlternativesAK4113VF Specifications
| Device Type | 24-bit stereo digital audio receiver |
| Data Rate | Up to 216 kHz |
| Nominal Sampling-Rate Class | 192 kHz |
| Audio Word Length | 24 bit |
| Channel Format | Stereo |
| Input Selector | 6:1 selector |
| Supported Digital-Audio Modes | Consumer and professional channel-status modes |
| Non-PCM Detection | Automatic detection of non-PCM bit streams |
| Package | 30-pin VSOP |
| Package Pitch | 0.65 mm |
| Ordering Temperature Range | -40 °C to +85 °C |
| Evaluation-Board Accessory | AKD4113 |
| Interface Signals | OCKS1/CCLK/SCL and related control, clock, and serial signals |
AK4113VF 0.65 mm Pin Configuration Guide
Pin configuration for AK4113VF (0.65 mm package). Pin numbering, functions, and connection diagrams are defined in the manufacturer datasheet. Refer to it for the exact footprint and soldering guidelines.
No detailed pinout data available for AK4113VF.
Refer to the datasheet for full pin configuration.
Typical Applications
AK4113VF is suitable for 6 applications: Digital Audio Interface Front End, Studio Audio Routing, Broadcast Monitoring, Digital Audio Test Equipment, Digital Audio DAC Interface, Consumer and Professional Audio Bridge.
Digital Audio Interface Front End
The AK4113VF fits a digital-audio receiver front end when the system must accept a high-resolution stereo stream and pass it to a DSP, codec, monitoring block, or DAC. Its verified 24-bit architecture and support for rates up to 216kHz provide a clear fit for professional and high-resolution audio paths. The 6:1 selector can reduce the need for separate receiver devices when six compatible digital sources must be selected. The designer should still verify supply voltage, clock topology, input format, control timing, and the complete 30-pin VSOP footprint in the manufacturer datasheet before implementation.
Recommended
Studio Audio Routing
The AK4113VF is appropriate for studio routing equipment that must consolidate several digital-audio sources before conversion or monitoring. Its 6:1 selector provides a practical way to choose among six receiver inputs, while the 24-bit stereo data path preserves high-resolution source information. In a rack or console design, the selected stream may feed a DSP, DAC, or monitoring interface. The main engineering checks are electrical compatibility, clock distribution, latency, and whether every selected source uses the same digital-audio protocol and signal level.
Recommended
Broadcast Monitoring
The AK4113VF can support digital-audio monitoring systems requiring a receiver with professional channel-status handling and non-PCM detection. Those capabilities help the system identify source status and recognize streams that may not be ordinary linear PCM before downstream processing. The part’s verified rate support extends to 216kHz, allowing high-resolution studio or production workflows when the source, transport, and destination all support the same rate. Compliance with a particular broadcast delivery specification is not established by the supplied data and must be checked separately.
Recommended
Digital Audio Test Equipment
The AK4113VF is useful in digital-audio test and measurement front ends that need to select among several incoming streams and preserve a 24-bit stereo representation. A test system can use the receiver ahead of analysis, conversion, or loopback circuitry, while the selector simplifies changing sources under software control. The design must account for the receiver’s exact clock requirements, control interface, supported channel-status modes, and timing margins. Because the supplied sources do not provide a complete verified electrical table, prototype validation should begin with the AKD4113 evaluation board where appropriate.
Recommended
Digital Audio DAC Interface
AK4113VF can sit upstream of a digital-to-analog converter when the system needs a selected, high-resolution digital stream before analog generation. The receiver’s 6:1 selector allows a converter front end to accept multiple sources, and the 24-bit stereo format supports high-resolution audio paths. This arrangement is especially useful where source selection and channel-status information must be handled before the DAC. Verify clock continuity, digital timing, supported sampling rates, power sequencing, and the exact output interface expected by the downstream DAC.
Recommended
Consumer and Professional Audio Bridge
The AK4113VF is suitable for equipment bridging consumer and professional digital-audio sources because its channel-status decoder supports both consumer and professional modes. That capability can simplify a receiver design that must accept source types with different metadata conventions, while automatic non-PCM detection provides an additional indication when an input is not ordinary PCM audio. The design must still distinguish protocol compatibility from metadata compatibility and should confirm all electrical and timing details against the manufacturer datasheet.
Recommended
Recommended Products Summary
Engineering reference data for AK4113VF — comparison, design guidance, and compliance information.
Selection Guide
Comparison with Alternatives
| Parameter | This Product |
|---|---|
| Device Type | 24-bit stereo digital audio receiver |
| Maximum Sampling Rate | 216 kHz |
| Audio Word Length | 24 bit |
| Input Selector | 6:1 selector |
| Channel-Status Modes | Consumer and professional modes |
| Non-PCM Detection | Automatic detection |
| Package | 30-pin VSOP, 0.65mm pitch |
| Temperature Range | -40 °C to +85 °C |
Key Differentiators
- Built-in 6:1 digital-audio input selection (vs Generic single-input digital-audio receiver)
- High-resolution stereo receiver capability (vs Lower-resolution digital-audio receiver)
- Consumer and professional channel-status support (vs Receiver limited to one metadata mode)
- Automatic non-PCM stream detection (vs Receiver without stream-status detection)
Design Notes
Use the manufacturer’s 30-pin VSOP land pattern with 0.65mm pitch and verify pin numbering against the package drawing before routing. The verified web results identify the package and pitch but do not provide the complete pin description, exposed-pad arrangement, or solder-mask and paste recommendations. Treat the manufacturer package drawing as the controlling layout source and perform assembly and solderability review with the selected board process.
Route the digital-audio clock and data connections with controlled impedance and short, continuous paths. The supplied data does not provide timing, jitter, voltage, or I/O standard values, so do not infer those limits from the 216kHz headline rate. Confirm clock source requirements, edge timing, input levels, and output-interface details from the manufacturer datasheet, then validate the complete clock-and-data topology with an audio test source and measurement equipment.
Do not assume that a 6:1 input selector means all six sources are electrically or protocol-compatible. Confirm source format, channel-status mode, sampling rate, polarity, and clock relationship for every path. Also distinguish non-PCM detection from decoding: the AK4113VF can identify non-PCM streams, but the system still needs a compatible decoder if the application must render those streams.
Compliance Information
The supplied search results identify the part and datasheet but do not provide verified RoHS, REACH, lead-free, halogen-free, conflict-minerals, or automotive qualification data. AK4113VF is an audio interface IC, so AEC-Q100 is treated as not applicable in the supplied classification.
