MENU

MLP-20150521-PhottixVsPocketWizard-4112

My years of Pocket Wizard loyalty run deep, starting with the first ‘blue’ Plus Wizards. I have continually upgraded as technology advanced owning most of the line including the Plus, Plus II, Plus 3, MultiMax, Mini TT1, Flex TT5, ST-4. With the announcement of the Mini and Flex came some interesting new technologies, especially iTTL control for Nikon and Hypersync. I was particularly excited for Hypersync, as it allowed me to push my pack+head strobes from Elinchrom and Broncolor right up to 1/8000.

The only problem I began to discover was reliability of the Mini and Flex units at anything more than 50 feet. The units would begin to misfire. I eventually traded the TT1 for another TT5, hoping the larger antennas would help, but that still left a lot to be desired in terms of distance and reliability.

Some readers might be wondering ‘Why do you need to be that far away from the flash?’

For me, it’s all about the freedom to move around the hill or mountain, to hide a flash as part of a much bigger scene, and to give a sense of scale, all while using fast shutter speeds for rich blue skies. If I could afford leaf shutters all the time, I’d be using the Phase One and would have nothing to worry about right up to 1/1600 of a second. But until that day comes, I’ve been using Hypersync.

 

MLP-20130210-SimpleSnowShoot-007785 MLP-20130210-SimpleSnowShoot-007820

MLP-20140330-QuiksilverDownlow-2705 MLP-20130324-QuiksilverDownlow-4523653
MLP-20140330-QuiksilverDownlow-2541

That was until I found out about the undocumented feature named ‘Over Drive Sync’ in the Phottix Odin. It had all the promises of Hypersync, but a 2.4 GHz radio frequency and a digital display to actually see what was going on. With that digital display came the ability to dial in ‘Over Drive Sync’ compensation on the fly. No need to connect to USB and run an application any more.

Time to put the Flex TT5 and Phottix Odin head to head.

Testing Note: The same Broncolor high quality sync cable was used for all receivers in the test. All units had fresh Energizer Alkaline batteries. All transmitters and receivers were upgraded to the latest firmware from the manufacturer as of May 20, 2015.

The PocketWizard Flex TT5

First trigger up to bat, the PocketWizard Flex TT5. We’ve mounted it to a Manfrotto Lightstand via a Superclamp and Extension arm. Using the Broncolor Sync Cable directly into the pack, we should have little to no interference.

MLP-20150521-PhottixVsPocketWizard-4010

MLP-20150521-PhottixVsPocketWizard-4014 MLP-20150521-PhottixVsPocketWizard-4013 MLP-20150521-PhottixVsPocketWizard-4020
Result (measured using DaftLogic.com Distance Calculator): A weak 76 feet. Maybe the water is to blame?

MLP-TriggerTest-PWTT5_Water

The Phottix Odin TCU and Receiver

Same cable as the Pocket Wizard, but we’ll leave the Phottix Receiver lying beside the pack. The Pocket Wizard TT5 is notorious for not liking electrical interference, so this should put the Odin at a disadvantage.

MLP-20150521-PhottixVsPocketWizard-4026

MLP-20150521-PhottixVsPocketWizard-4036

No disadvantage here. I ran out of room to move further away while still seeing the flash.

The Control: The tried and true Pocket Wizard Plus II

Note: Because the Pocket Wizard Plus II’s cannot Hypersync / Over Drive Sync, exposure has been adjusted from 1/2500 @ f5 to 1/250 @f10. The pack is on the same power.

MLP-20150521-PhottixVsPocketWizard-4038

First, resting on the Broncolor pack where the Odin was sitting.MLP-20150521-PhottixVsPocketWizard-4047

Nope, not liking it, even from 30-40 feet.MLP-20150521-PhottixVsPocketWizard-4049

Moved it up to the Superclamp and extension arm, and the results are much better. Equal distance to the Phottix Odin at this point, but not working with Hypersync.
MLP-20150521-PhottixVsPocketWizard-4059

Result: Much better. Odin and Plus II have tied a 356 feet before running out of room to test further.

MLP-TriggerTest-OdinPW2_Water

Location 2 – The Parking Lot. No water here to blame for any misfires. No telephone or electrical wires. Just a big open space. Let’s see what we get. First up, Odin.

MLP-20150521-PhottixVsPocketWizard-4062
MLP-20150521-PhottixVsPocketWizard-4069
MLP-20150521-PhottixVsPocketWizard-4074

Wow, great results off the bat. Not too far off 400 feet. Now we’ll move the Odin up to the same spot as the Pocket Wizard TT5.
MLP-20150521-PhottixVsPocketWizard-4082
MLP-20150521-PhottixVsPocketWizard-4092Result: 819 feet, and once again, I simply ran out of room. I also didn’t feel like running 800 feet should someone attempt to snatch my light.

MLP-TriggerTest-Odin_ParkingLot

Time for the TT5.
MLP-20150521-PhottixVsPocketWizard-4094
MLP-20150521-PhottixVsPocketWizard-4099Hitting 100 feet before we start to see misfires.
MLP-20150521-PhottixVsPocketWizard-4105Not a great result. Let’s change the orientation of the Pocket Wizard Flex TT5 to the ‘best-case’ position recommended by the Pocket Wizard Wiki page for increasing Long Range PerformanceMLP-20150521-PhottixVsPocketWizard-4103This added about 15-20 more feet before consistent misfires.
MLP-20150521-PhottixVsPocketWizard-4106MLP-TriggerTest-TT5_ParkingLot

Overall Result: 

The Phottix Odin performed consistently with few misfires, even out to 800 feet (although rated on the specifications sheet to 300 feet). The Pocket Wizard Flex TT5 struggled with anything over 100 feet, while claiming 300 feet in their specifications.

Comments
Add Your Comment

CLOSE