Technical Document
Specifications
Product details
XS1 Event-Driven Processor
An XS1 combines a number of XCore™ processors, each with its own memory, on a single chip. The programmable processors are general purpose in the sense that they can execute languages such as C; they also have direct support for concurrent processing (multi-threading), communication and input-output. A high-performance switch supports communication between the processors, and inter-chip XMOS Links are provided so that systems can easily be constructed from multiple chips. The XS1 products are intended to make it practical to use software to perform many functions which would normally be done by hardware; an important example is interfacing and input-output controllers.
Each XCore processor provides the following resources:
32-bit processor providing up to 500MIPS
Eight hardware threads and 32 channel ends
Ten timers and six clock blocks
Four XMOS Links
64KBytes SRAM and 8KBytes OTP memory
AED 6,681.15
AED 74.235 Each (In a Tray of 90) (ex VAT)
AED 7,015.21
AED 77.947 Each (In a Tray of 90) (inc. VAT)
90
AED 6,681.15
AED 74.235 Each (In a Tray of 90) (ex VAT)
AED 7,015.21
AED 77.947 Each (In a Tray of 90) (inc. VAT)
90
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Technical Document
Specifications
Product details
XS1 Event-Driven Processor
An XS1 combines a number of XCore™ processors, each with its own memory, on a single chip. The programmable processors are general purpose in the sense that they can execute languages such as C; they also have direct support for concurrent processing (multi-threading), communication and input-output. A high-performance switch supports communication between the processors, and inter-chip XMOS Links are provided so that systems can easily be constructed from multiple chips. The XS1 products are intended to make it practical to use software to perform many functions which would normally be done by hardware; an important example is interfacing and input-output controllers.
Each XCore processor provides the following resources:
32-bit processor providing up to 500MIPS
Eight hardware threads and 32 channel ends
Ten timers and six clock blocks
Four XMOS Links
64KBytes SRAM and 8KBytes OTP memory