MaxTech Transceiver manual Camera Equalization

Page 42

Camera Equalization

Eq ualization, or syn ch ronizing mu ltiple cam eras to the sam e flash , requires prec ision timing . Even th ough we perc eive camera triggering activity as ins tantaneous , it is not. Even th e flash , whic h app ears to provide light only for an instan t, has a tim e duration (flash duration) that needs to be factored into synchronization calculations.

Every c amera h as a delay from the time it is triggered until the s hutter is fully open.

T he trigger can origin ate from either th e cam era’s trigger button or via th e motor d rive port. This delay is called lag time and it can be different from camera to camera and may even vary between two cameras of the exact same model. If two cameras are triggered at exactly the sam e time their s hutters will be open at d ifferen t mom ents . If one cam era is attached to a flas h, the other cam era’s s hutter w ill probably not be op en at the right moment to capture the flash.

Some cameras are not suitable for equalization. For best equalization a camera must have a consis tent lag time. If a cam era’s lag tim e varies widely or un predic tably from sh ot to shot th en it may not be pos sible to s ynch ronize that c amera. T his is not a flaw of either the c amera or th e Mu ltiMA X. A varying lag time in a cam era is c ons idered acc eptab le operation for the majority of p hotog raph ic s ituation s. C ameras are us ually des igned to res pond predic tably s hot to s hot, b ut are not neces sar ily or sp ecif ically designed to do so with the precision needed for equalization. Many factors can affect a cam era’s lag tim e:

Camera Pre-Trigger status – c ameras that h ave a two s tage trigger bu tton (half press “ wak es up” the cam era, f ull p res s triggers the c am era) will p robably h ave widely diff erent lag tim es if trig gered w hile awake versus asleep. C ameras

us ually have more c ons istent lag tim es if th ey are kept “awake” or Pr e- Triggered . The camera will also respond more quickly, but will consume batteries at a faster rate. Pre-Trigger cables are available from P ocketW izard for m any cam eras

Cam era batteries – lag times may begin to drif t or s low down as th e cam era’s batteries fade, especially in primarily mechanical cameras. Fresh batteries are recom men ded f or equalization

T emp erature and hum idity – as these factors change, the mechanical parts of a camera may move differently thus affecting lag time. A temperature increase may dec rease lag tim e as the c amera’s internal lubricants are w armed and f low more freely or vice versa

Hor izontal vs vertical orientation – as a camera is moved through these orientations various mech anis ms, es pec ially shutters in foc al plane cam eras , will be aff ected b y gravity making them move dif ferently thu s af fec ting lag tim e. In general, do n ot change a c amera’s orientation du ring eq ualization

43

Image 42
Contents Page Welcome to Digital Wireless Freedom FCC & IC Compliance Information Table of Contents LCD C ontrast Adjustment Programmed sequence shooting Icons Used in this Manual Special Features FeaturesBasic Features Communication TechnologyParts Designation LCD Information Controls OFFBattery Information Getting StartedLany ard Care and M aintenance Quick Setup Basic Radio Slave Operation Basic Setup for Remote FlashConnecting M ultiM AX set for Transm IT mode to Flash Features Channels 1 Channels 17 Transceiver ControlCh annels Co mp atibility Digital Radio Mo del UltiM AX Co mpatible Ch annelsSelective Quad-Triggering a B C D keys Page True Confirmation UltiMAX M ode Radio and Flash ConfirmationNavigation C D L keysPage Advanced M enu ~/MENU a Basic Settings ~/MENU BMain Menu Counter Menu ~/MENU CBasic Settings Contact Time ~/MENU B a Basic Settings MenuIf you are using Intervalometer or M ultipop Beep Menu ~/MENU B B Bee p C haracteris tic IndicatesCounter Menu Load ~/MENU C L Advanced Menu Decimal Actual Delay Sync Time Equivalent Used Delay Menu Receiver ~/MENU a a Page Intervalometer Time Lapse Photography ~/MENU a B Multipop ~/MENU a C SpeedCycler Transmitter ~/MENU a D Keyp ad Lock Hold Other FeaturesFast Mode Receiver ~/MENU a D High Voltage ProtectionLay Mode Receive Mode Only L Software Version Display Hold a on power upSelf-Timer or Cable Release Applications of Advanced FunctionsTT L / Auto flash Helper Programmed sequence shooting Recycle LockoutCamera Equalization ~ /MENU a a a L or ~/MENU a a B L or Average focal plane 35mm cameraPage Page Page Page Specifications Technical InformationRadio Information Channel FrequencyUnit Digital Code Aximum and M inimum Settings Setting Axim um InimumSaved Settings Troubleshooting Reset to Default Factory SettingsHen in dou bt Radio Performance Time Conversion Charts Fraction DecimalSeconds Inutes Hours Manual Revision 1.10 LP521

Transceiver specifications

MaxTech Transceiver is a cutting-edge communication device designed to meet the growing demands of modern connectivity. Engineered for versatility and reliability, it stands at the forefront of transceiver technology, catering to various applications, including telecommunications, data centers, and IoT devices.

One of the standout features of the MaxTech Transceiver is its high data rate capability. Supporting speeds of up to 400 Gbps, it enables rapid data transmission over long distances without significant signal degradation. This is particularly advantageous for enterprises and service providers aiming to enhance bandwidth capacity and reduce latency in their networks.

MaxTech employs advanced modulation schemes that enable the transceiver to maintain efficiency and performance in diverse environments. Its use of coherent optics technology allows for optimal signal processing, ensuring maximum throughput even under challenging conditions. Furthermore, the integration of Digital Signal Processing (DSP) enhances its capability to adapt to varying signal quality, thus maintaining connection integrity.

Another key characteristic of the MaxTech Transceiver is its compact design. Built with a modular architecture, it can easily fit into various form factors, making it suitable for both rack-mounted and standalone environments. This versatility not only simplifies installation processes but also optimizes space utilization, a crucial factor for data center operators.

In terms of connectivity, the MaxTech Transceiver boasts compatibility with a wide range of interfaces, including Ethernet, Fibre Channel, and several optical standards. This ensures that it can seamlessly integrate into existing infrastructures, reducing the need for extensive upgrades.

The transceiver is also built with energy efficiency in mind. MaxTech utilizes low-power components and smart power management technologies to minimize energy consumption without compromising performance. This is particularly important in today’s sustainability-focused landscape, where reducing carbon footprints is a priority for many organizations.

Additionally, the MaxTech Transceiver features robust security protocols to safeguard data transmission. With end-to-end encryption capabilities, it provides an essential layer of protection against potential cyber threats, ensuring that sensitive information remains secure.

In summary, the MaxTech Transceiver is a high-performance, versatile, and secure communication solution. Its combination of high data rates, advanced modulation technology, compact design, and energy efficiency makes it an ideal choice for organizations aiming to enhance their connectivity and communication capabilities. As technology continues to evolve, the MaxTech Transceiver positions itself as a reliable partner in ensuring seamless and efficient data transmission.