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From YouTube: ORI FPGA Standup 5 July 2022
Description
Encoder integration progress, issue with building resolved.
A
All
right,
let's
start
welcome
everybody
to
the
stand
up
for
fpga
team
for
open
research
institute.
Today
is
the
5th
of
july
2022,
and
the
first
thing
that
I'm
going
to
share
with
with
everyone
is
the
update
on
integrating
the
dvb
encoder
for
the
downlink,
the
repository
that
this
work
is
currently
in
there's
several
involved,
of
course,
the
intellectual
property
or
the
ip
block
for
the
encoders
dbb
fpga.
A
A
The
repository
that
you
use
in
order
to
get
this
integration
is
almost
almost
working
completely
flawlessly
the.
What
you
do
is
you
clone
the
repository
you
go
to
the
the
right
directory
and
then
type
make
and
our
efforts
to
integrate.
We
left
out
a
few
files,
so
I
completed
a
an
issue
on
the
repository
and
listed
the
missing
files.
So
there
are
some
missing
files
that
are
in
the
reference
design
from
adi.
A
So
that's
some
good
news
and
what
we've
been
doing
in
in
the
lab
is,
with
the
patched
repository
attempting
to
get
the
the
encoder
actually
stitched
in
so
when
you
clone
the
repository
and
run
make
the
encoder
is
not
hooked
up
and
there's
a
reason
for
that.
The
reference
design,
bus
widths
are
128
bits
wide.
The
encoder
takes
in
32
and
delivers
32
bits,
so
the
bus
widths
need
to
be
needed
to
be
modified.
We
talked
about
that
last
week.
This
actually
is
not
terribly
difficult.
A
A
So
obviously,
that's
not
gonna
work
anymore.
Now
the
dvb
encoder
is
expecting
to
get
baseband
frame
data
from
from
dma.
So
that's
the
next
part
of
what
we're
we're
working
on
so
big
steps
forward,
and
this
is
all
as
a
target
is
demonstrations
coming
up
for
for
various
events.
First,
one
will
be
in
mid-august
and
at
defcon,
so
we're
trying
very
hard
to
get
that
to
work.
A
Okay,
let's
see
what
else
this
is
also.
This
design
is
in
remote
labs
west.
It's
also
stood
up
at
remote
labs.
Uk
onshul
who's
in
charge
of
the
remote
labs
in
the
uk
is
traveling
this
week
this
week,
but
he
reports
all
sorts
of
parallel
success,
so
you
can
interact
with
the
the
dma
controller
and
he's
writing
from
writing
using
a
c
program
that
I
shared
with
him.
A
So
we've
we've
seen
that
iio
works
great
with
the
kuiper
build
and
it
really
hasn't
been
working
for
us
with
pedal
linux,
and
there
is
a
reason
for
that.
You
need
to
involve.
It
involves
adding
a
yakuto
layer
called
meta
dash
adi
to
to
the
pedal
index
build
otherwise,
as
we
found
out.
Iio
appears
to
be
there,
but
it
really
isn't
so.
This
procedure
will
be
included
today
in
the
pedal
linux
guide
and
the
remote
labs
documentation.
A
So
this
allows
us
to
use
iio
live
iio
and
things
like
pi
adi
that
rely
on
live
io
and
now
it's
working
the
same
way
that
it
was
working
for
the
kuiper
linux
build.
So
that's
that's
what
I
have
here
I'll
stop
sharing
and
go
to
how
about
james
tell
us
how
it's
going,
what
you've
been
up
to
and
if
you
need
anything
or
have
any
roadblocks.
B
Thank
you
michelle.
As
always,
I'm
james
will
iii
kilo,
juliet
seven
kilo
delta
echo
the
technician
working
with
ori
at
remote
lab
south.
Currently,
there's
not
too
much
to
report
we're
having
a
slight
break
in
some
of
our
work
as
we
have
both.
We
had
fourth
of
july
celebrations
yesterday
and
we
have
some
family
visiting
the
area.
Currently,
though,
we've
still
been
continuing
cleaning
up
the
area
that
the
lab
is
going
to
be
in
getting
all
of
that
ready.
C
A
Yeah
cool
yeah,
the
the
uplink
work
is
coming
along.
So
thank
you.
Thank
you
very
much
for
that.
I
think
the
critical
path
that
remains
for
for
getting
a
complete
end
to
end
demonstration
running
is
the
the
receiver
we
haven't.
Really
we
don't
have
a
demonstration
of
the
receiver
or
a
recent
demonstration
of
the
receiver.
We
have
an
older
demonstration
of
the
polyphase
channelizer
on
that
was
done
using
rfnoc
and
gnu
radio.
A
So
what
we
want
to
do
is
actually
have
that
deployed
purely
on
the
dev
board
and
then
moving
forward
on
on
the
zincs.
So
we
don't
have
that
and
then
the
the
scheduler,
which
is
where
all
of
the
interesting
stuff
happens
for
multiplexing
and
quality
of
service
right
now,
is
simply
a
fifo,
so
that
won't
be
on
the
fpga
that
will
most
most
likely,
according
to
everybody's
advice,
be
done
in
firmware
or
software.
A
A
A
D
A
D
D
A
Oh,
very
good,
congratulations!
Yeah!
I
have,
let's
see
a
little
bit
of
a
report
since
I
think
we're
safe
to
say
that
we
can
have
concluded
the
the
stand
up,
but
I
have
a
proposal
for
the
our
uplink
protocol
for
the
university
of
puerto
rico
to
use
in
their
sounding
rocket
and
then
in
cubesat.
So
that's
a
that's
a
big
step
forward
and
then
there's
a
number.
A
If
it
we
have
a
project
with
the
commercial
commercial
company
that
does
that
also
does
open
source
r
d
for
a
deep
space
project.
So
any
I'm
looking
for
any
and
all
opportunities
to
put
this
sort
of
work.
You
know
broadband
digital,
open
source
work
on
on
missions,
so
you
know
it
just
takes
some
persistence
and
you
know
over
showing
up
and
and
delivering.
You
know
things
and
designs
and
ideas
and
being
supportive
and
collaborative
and
eventually
that'll
it'll
work.
A
All
right
any
last
comments
or
questions
from
anybody
before
we
close
for
the
day.
All
right
thanks.
Everybody
keep
up
on
the
on
slack
with
the
the
work
on
the
the
pull
requests
and
making
sure
that
we
properly
feed
the
encoder
and
get
over
the
air
downlink
demo,
that's
going
to
be
exciting
and
then
weekly
reports
and
other
updates
will
go
out
to
the
mailing
list.