Anand' review is up and it's a good read. As it turns out, the A7 is faster than previously thought.
http://www.anandtech.com/show/7460/apple-ipad-air-review
"With Cyclone Apple is in a completely different league. As far as I can tell, peak issue width of Cyclone is 6 instructions. Thats at least 2x the width of Swift and Krait, and at best more than 3x the width depending on instruction mix. Limitations on co-issuing FP and integer math have also been lifted as you can run up to four integer adds and two FP adds in parallel. You can also perform up to two loads or stores per clock.
I dont yet have a good understanding of the number of execution ports and how theyre mapped, but Cyclone appears to be the widest ARM architecture weve ever seen at this point. Im talking wider than Qualcomms Krait 400 and even ARMs Cortex A15. -Anand"
http://www.anandtech.com/show/7460/apple-ipad-air-review
"With Cyclone Apple is in a completely different league. As far as I can tell, peak issue width of Cyclone is 6 instructions. Thats at least 2x the width of Swift and Krait, and at best more than 3x the width depending on instruction mix. Limitations on co-issuing FP and integer math have also been lifted as you can run up to four integer adds and two FP adds in parallel. You can also perform up to two loads or stores per clock.
I dont yet have a good understanding of the number of execution ports and how theyre mapped, but Cyclone appears to be the widest ARM architecture weve ever seen at this point. Im talking wider than Qualcomms Krait 400 and even ARMs Cortex A15. -Anand"
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