lpackbit $subpeid $ls0 $t
nop
l1bmd $lmt0v8 $lb0

# 4.times do |cycle|
#   16.times do |mab|
#     4.times do |pe|
#       l1b_addr = cycle * 4 * 16 + mab * 4 + pe
#       puts "#{"%3d" % l1b_addr}: mab[#{"%2d" % mab}] pe[#{pe}] $lm#{cycle * 8 + pe * 2}"
#     end
#   end
# end

l1bmd+1 $lb0 $lm1024
l1bmd+2 $lb0 $lm1024
l1bmd+3 $lb0 $lm1024
l1bmd+4 $lb0 $lm1024
l1bmd+5 $lb0 $lm1024
l1bmd+6 $lb0 $lm1024
l1bmd+7 $lb0 $lm1024
l1bmd+8 $lb0 $lm1024
l1bmd+9 $lb0 $lm1024
l1bmd+10 $lb0 $lm1024
l1bmd+11 $lb0 $lm1024
l1bmd+12 $lb0 $lm1024
l1bmd+13 $lb0 $lm1024
l1bmd+14 $lb0 $lm1024
l1bmd+15 $lb0 $lm1024