TY - BOOK
T1 - NoTA L_INdown Layer Implementation in FGPA
T2 - Design results
AU - Metso, Mikko
PY - 2009
Y1 - 2009
N2 - NoTA (Network on Terminal Architecture) is an
architecture to ease connecting together different
devices, or sub-systems inside a single device. DIP
(Device Interconnect Protocol) stack is the backbone of
each NoTA instance, consising of protocol layers
necessary for passing data from one NoTA network endpoint
to another.
So far, only NoTA software implementations have been
published. In this article, an FPGA hardware
implementation of NoTA is evaluated. Part of the NoTA DIP
(L_INdown layer for simplified RS-232) was designed,
synthesised, implemented and verified on a Xilinx FPGA
board ML507. The implementation was built purely in FPGA
slice logic and no microcontroller was used. In this
article, implemented NoTA FPGA demonstration and its
challenges and results are briefly discussed.
AB - NoTA (Network on Terminal Architecture) is an
architecture to ease connecting together different
devices, or sub-systems inside a single device. DIP
(Device Interconnect Protocol) stack is the backbone of
each NoTA instance, consising of protocol layers
necessary for passing data from one NoTA network endpoint
to another.
So far, only NoTA software implementations have been
published. In this article, an FPGA hardware
implementation of NoTA is evaluated. Part of the NoTA DIP
(L_INdown layer for simplified RS-232) was designed,
synthesised, implemented and verified on a Xilinx FPGA
board ML507. The implementation was built purely in FPGA
slice logic and no microcontroller was used. In this
article, implemented NoTA FPGA demonstration and its
challenges and results are briefly discussed.
KW - NoTA
KW - FPGA
M3 - Report
T3 - VTT Working Papers
BT - NoTA L_INdown Layer Implementation in FGPA
PB - VTT Technical Research Centre of Finland
CY - Espoo
ER -