雷竞技电竞平台对话框半导体客户支持-处理器负载 https://support.dialog-semiconductor.com/resource-keywords/processor-load 快速SPI和低延迟BLE -同时? https://support.dialog-semiconductor.com/fast-spi-and-low-latency-ble-simultaneously < div class = "字段field-name-taxonomy-forums field-type-taxonomy-term-reference field-label-above”> < div class = "字段标签" >论坛:,< / div > < div class = "字段条目" > < div class =”field-item甚至“rel = " sioc: has_container " > < a href = " /论坛/ dialog-smartbond-bluetooth-low-energy - % E2 % 80% 93 -软件”“=“sioc:容器sioc:论坛”属性= " rdfs: label skos: prefLabel”数据类型= " " >对话框Smartbond蓝牙低能量-软件< / > < / div > < / div > < / div > < div class =”字段field-name-body field-type-text-with-summary field-label-hidden”> < div class = "字段条目" > < div class =”field-item甚至“财产=“内容:编码”> < p >你好,< / p > < p >我考虑的da14580产品需求to:

1) Receive data over SPI at a rate of 5k bytes / sec
2) Relay data over BLE to an iOS device with low latency (<5ms of delay introduced by the da14580, + ~20ms introduced by the iOS device).

I believe that the da14580's SPI maximum clock rate (8MHz) and maximum BLE data rate (120-140kbps?) can fit these goals, but am unclear about whether or not the da14580's processor can handle BOTH receiving incoming data at this rate, and transmitting it over BLE *simultaneously*.

Can anyone advise whether the da14580 could meet these simultaneous goals? Are there any design tools, excel spreadsheets, etc, available that might assist with determining?

Device: 
2015年6月4日星期四15:50:30 +0000 krispin 1638年https://support.dialog-semiconductor.com https://support.dialog-semiconductor.com/fast-spi-and-low-latency-ble-simultaneously#comments