| Commit message (Collapse) | Author | Age | Files | Lines |
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* nirio_driver_iface_win: labeled unused variable for MinGW builds
* b200_impl: fixed unreferenced variable warning
* n200_image_loader: fixed signed vs. unsigned comparison
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When querying temp mboard sensor on e300, sysfs attributes are read
through udev.
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Window's WinUSB driver doesn't support multiple processes accessing a
single USB device and libusb_open returns LIBUSB_ACCESS_ERROR when
trying to access an already claimed USRP. One device access did not
catch this exception and caused UHD to error during USRP discovery.
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- Disabled MAX2871 VCO auto selection for phase sync
- Added checks for new phase sync constraints recently published by Maxim
- Added dboard_clock_rate option for X300
- Adjusted timing of SYNC signal relative to dboard referenc clock
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Signed-off-by: Moritz Fischer <moritz.fischer@ettus.com>
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- Add support to b200_impl
- New INF file
- Removed references to old 'B205' name
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- b200: compat 13
- b200mini: compat 4
- e3xx: compat 14
- x3xx: compat 19
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Signed-off-by: Moritz Fischer <moritz.fischer@ettus.com>
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- Add delay after putting CODEC in loopback mode
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- b200: compat 11
- b200mini: compat 2
- e300: compat 11
- x300: compat 15
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Removes all DCM reset codes.
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Compensate for headroom required to rotate a signal in
the CORDIC. Fixes some CORDIC-related clipping issues,
that reduced ENOB to 15 or 14.5 bits.
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flush to print cleanly.
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* Unreferenced exceptions in try-catch statements
* Incorrect function documentation
* Unlabelled unused variables
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user to see, with brevity.
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- It's status is thrown away anyway
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- Implemented IOCTL macro for linux and macosx
- Refactored v1 and v2 proxy code
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- b200: compat 10
- e300: compat 10
- x300: compat 14
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Patch addresses issue:
#742 "tx_waveforms seems to produce unexpectedly large image"
Tx Quad Cal performance is temporally dependent with better results
when run after the AD9361 is configured for transmission than at
initialization. This gets is roughly 5-10 dB of additional quadrature
image suppression.
Even better performance can be reached when Tx Quad Cal is run
after streaming and the AD9361 is actively transmitting. Calibration
in this state, however, requires user intervention by retuning the
transmit chain by > 100 MHz. Total IQ suppression should be in the
range of 40-50+ dBFS dependent on operating frequency.
Signed-off-by: Tom Tsou <tom.tsou@ettus.com>
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Patch addresses issue:
#872 "B200: Tx and Rx calibration share same frequency state"
ADI specifies recalibration for certain paths when the LO shifts by
more than 100 MHz. Tx and Rx maintain independent LO frequencies so
use separate values for determining whether to perform re-calibration
at tuning intervals.
Also, maintain last calibration frequencies from initialization and
clock rate changes. Doing so prevents a re-calibration if the first
requested Tx or Rx frequency is close to the default values of
850 and 800 MHz respectively.
Signed-off-by: Tom Tsou <tom.tsou@ettus.com>
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Addressed and related issues:
#186 "B200: Catalina RX signal distortion"
#821 "Incorrect behavior with auto DC Offset correction turnned off"
#820 "Rx DC Offset Correction Convergence on B2xx Dependent on Master Clock Rate"
#755 "Demodulate IQ signal amplitude oscillation on B210 at 200 MHz carrier"
Due to recent change "ad9361: Invert phase on Rx LNA bypass path", we
now have uniform phase alignment across the entire gain range. This
drastically improves performance of RF DC tracking - not to be confused
with the - active and input dependent - baseband (BB) DC tracking loop.
RF DC tracking is not affected by input signals and updates during gain
changes. The updated configuration provides improved DC suppression for
operation whether BB tracking loop is enabled or disabled.
New behavior differs from the previous case where disabling BB tracking
would clear all - static and active - calibration tables. Now, static
correction tables are not wiped when BB tracking is turned off.
Signed-off-by: Tom Tsou <tom.tsou@ettus.com>
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