IEEE P1073.3.3/D8
Infrared Wireless
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- Language: English
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About This Item
P1073.3.3/D8 is an English-language bioengineering standard focused on infrared wireless applications. It provides technical direction for how infrared links are defined, implemented, and evaluated in specialized systems where reliable short-range wireless communication is important. For engineers, procurement teams, and compliance reviews, this standard helps establish a clearer basis for design decisions, interoperability, and performance expectations in infrared wireless implementations.
P1073.3.3/D8 overview
This standard addresses the technical context of infrared wireless communication within bioengineering, where signal transfer may support instruments, monitoring devices, or related medical and laboratory equipment. P1073.3.3/D8 is relevant as a draft or inactive document tied to a specific technical scope, and it may be used to understand requirements, terminology, or interface expectations associated with infrared transmission. As a product reference, it helps narrow the applicable design and evaluation framework for this communication method.
Typical use cases
P1073.3.3/D8 is most relevant when working with bioengineering systems that depend on infrared wireless links for data exchange or control. That may include patient-facing devices, clinical monitoring peripherals, lab instruments, or embedded modules that require short-range, line-of-sight communication. It can also support engineering teams that need to compare interface behavior, assess system integration needs, or review technical documentation for infrared-based device connections in controlled environments.
Why this standard matters
Even as an inactive standard, P1073.3.3/D8 can still matter for design traceability, legacy support, and engineering consistency. It gives teams a defined reference point for evaluating infrared wireless features, which can reduce ambiguity during specification review, testing, and procurement. In bioengineering applications, that kind of structure is especially useful when communication reliability, device compatibility, and controlled performance all affect safety and system function. It also supports more consistent documentation across related equipment.
- Infrared wireless communication
- Bioengineering technical scope
- Device interface and interoperability
- Design and testing reference
- Inactive draft-standard context
- Publication Date: 2003
- Standard Status: Inactive
- Publisher: IEEE
- Subject: Bioengineering
- Official IEEE: Doi link
- This Version: P1073.3.3 (2003)
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