RESEARCH AND DEVELOPMENT

CLARION FIRSTS IN THE INDUSTRY

Technologies

iPod Connectivity
Most Clarion USB port equipped source units now feature USB iPod Audio Direct Connectivity. This allows you to connect your iPod to the source unit using the dock port to USB cable that Apple supplied with the unit. USB iPod Audio Direct provides you the opportunity to select a song sorted by title, artist, album, genre, composer, or via playlist. Clarions commitment to iPod connectivity continued on in 2010 with the implementation of the new Apple iPod authentication chip incorporated into the CCUIPOD2 and CCUIPOD3. This chip allows for charging and video playback from the latest generation of Apple iPods, including the Apple iPhones. Virtually from the beginning of the Apple iPod reign, Clarion was at the forefront of iPod connectivity. By offering consumers GUIs mimicking those commonly found on their iPod on multimedia command stations with high speed son and playlist search capabilities. And the ability to utilize their existing Clarion CD source units dating back as far as 2001 with their iPod. CCA748 & CCA723 (iPod Audio Control / Video Playback Interface Cable) Audio control and video playback with: FZ409, FZ709, VX400, VZ400, NX500, NZ500, NX700, NX509, CMV1, VRX785BT, MAX685BT On-screen display of: Podcast titles, Artist names, Album titles, Song titles, Genre names, Playlist titles, Composer names Touch-screen direct category access to: Playlist, Artist, Album, Song, Genre, Composer Video playback with compatible Apple iPods Charges the iPod battery. CCAiPOD (Advanced CeNET iPod Interface) Compatible with 2007 - 2008 Advanced iPod Interface Ready source units. Compatible with Marine source units: M455A, M475, CMD4A, CMD5 Category direct access: Playlist, Artist, Album, Song, Genre, Composer Some source units with CD-Text function have the capability to show ID3 TAG information. Charges the iPod battery.
iPod Interfaces and Cables
Please refer to the iPod Book to confirm compatibility between the source unit and iPod.
EA1251B (CeNET Black Box iPod Interface) Compatible with 2001-2006 CeNET Source Units Simulates the iPod as a 6-Disc CeNET CD changer Requires Clarion playlists to be created. Some source units with CD-Text function have the capability to show ID3 TAG information. Charges the iPod battery.

This final image shows the exact same snapshot of time after the signal has been processed by BBE MP. You can see that high frequency content has been restored right out to 24kHz.
Excite - Emphasizes Bass and Treble while dempahsizing midrange
Beat EQ - Excite Frequency Response
Impact - Emphasizes Bass and Treble
Beat EQ - Bass Boost Frequency Response Beat EQ also offers a custom preset. In this preset the wualizer allows you to adjust the bass, midrange and treble for Q-factor (bandwidth), Boost and Center Frequency. B-Boost - Emphasizes Bass in the Custom Mode, you are given control over Bass Gain (-7 to +7), Bass frequency (60, 80, 100 or 200Hz) and Bass Q-Factor (1, 1.25, 1.5 or 2). For high frequency adjustment, you can adjust gain (-7 to +7) and center frequency (10, 12, 15 or 17.5kHz).
Beat EQ 3-Band Parametric Equalizer
This advanced equalization system is found on the CZ100, CZ200, CZ300, CZ500, CX609, FZ409, FZ709 and NX700. Beat EQ has three preset frequency response curves - labelled as Impact, Excite and Bass Boost.
Bass: Boost: -12 to Q-Factor: 1, 1.25, 1.5 Frequency: 50, 100 or 200 Hz Mid: Boost: -12 to +12dB Q-Factor: 1.5 or 2 Frequency: 700Hz, 1kHz or 2kHz

+12dB or 2

Bass: Boost: -12 to +12dB Frequency: 8kHz or 12kHz
Beat EQ - Impact Frequency Response

Magna Bass EX

Conventional loudness circuits boost bass frequencies around 100Hz. This results in a muddy over-boosted sound which is un-natural. MagnaBass EX focuses the bass boost at 50Hz, adding warmth and richness to the sound. This 50Hz boost effectively extends the frequency response of smaller speakers, making you system sound larger and more capable. The result is dynamic bass performance that sounds real. The crossover frequency determines the point at which the filter will start to work. For example, a High-Pass crossover set to 100Hz will attenuate the frequencies below 100Hz and pass frequencies above 100Hz. Crossover slope describes the rate which the crossover attenuates those frequencies. Speakers are designed to operate within a specific range of frequencies. Sending frequencies to a speaker that was not designed to handle, reduces its performance and could result in poor sound quality. For 2010, Clarion incorporated an electronic High-Pass and Low-Pass crossover into the following source units: CX609, FZ409, FZ709, and NX700 The electronic crossovers found in Clarion source units not only affects the pre-amp outputs, but the signal being sent to the internal amplifier as well. This means you can use a high power source unit to run your speakers, while an amplifier and subwoofer can handle the low frequency output. Clarions electronic crossovers are all adjustable for frequency and are easy to implement. The following chart outlines the crossover functionality in each unit. Source FZ409 FZ709 CX609 NX700 Source CZ100 CZ200 CZ300 CZ500 FZ409 FZ709 CX609 NX700 HPF Frequency 60/90/120Hz 60/90/120Hz 60/90/120Hz 60/90/120Hz LPF Frequency 80/120/160Hz 80/120/160Hzl 80/120/160Hz 80/120/160Hz 60/90/120Hz 60/90/120Hz 60/90/120Hz 60/90/120Hz HPF Slope 12dB 12dB 12dB 12dB LPF Slope 12dB 12dB 12dB 12dB 12dB 12dB 12dB 12dB

As Apple does not provide a means to control (select or start) video playback remotely, your Clarion Multimedia Stations will relinquish control over the iPod when video is selected. Select and start the video / podcast you want to view manually.
2007 iPod Interface Compatibility Chart
EA1251B MAX675VDII MAX675VD EA1276B CCA-IPOD CCA-691 CCA-673
VRX775VD VRX575USB DRZ9255 DXZ775USB DXZ675USB DXZ575USB DXZ475MP DXZ375MP DXZ275MP DB175MP DFZ675MC ADB340MP XA311 CMD5 M475 M275

1- Audio only

2006 iPod Interface Compatibility Chart
EA1251B MAX675VD VRX765VD DRZ9255 DXZ865MP DXZ765MP DXZ665MP DXZ465MP DXZ365MP DB365USB DXZ265 DB265MP DB165 DFZ675MC ADB340MP XA311 CMD4A CMDM455A MM255 EA1276B CCA-649 CCA-670 CCA-673

2 - No Text Display

2005 iPod Interface Compatibility Chart
EA1251B VRX755VD DRZ9255 DXZ955MC DXZ855MP DXZ755MC DXZ655MP DXZ555MP DB455MC DB355MP DB255 DB155 ADB340MP XA311 CMDMM255 EA1276B CCA-649 CCA-670 CCA-673
2004 iPod Interface Compatibility Chart
EA1251B VRX935VD VRX745VD VRX630 DRZ9255 DXZ945MP DXZ845MC DXZ745MP DXZ645MP DXZ545MP DXZ445 DB345MP DB245 ADB340MP XA311 XMDM335 M235 EA1276B CCA-649 CCA-670 CCA-673
2003 iPod Interface Compatibility Chart
EA1251B VRX935VD VRX835 VRX630 JOYRIDE DXZ935 DXZ835MP DXZ735MP DXZ635MP DXZ535 DXZ435 DB336MP DB335 DB235 ADZ625 XA311 XMDM335 M235 EA1276B CCA-649 CCA-670 CCA-673
2002 iPod Interface Compatibility Chart
EA1251B VRX925VD VRX815 JOYRIDE DXZ925 DXZ825 DXZ725 DXZ625MP DXZ525 DXZ425 DB325 DB225 DB125 ADZ625 XA311 XMD1 XMD2 XMA1 M5675 EA1276B CCA-649 CCA-670 CCA-673
2001 iPod Interface Compatibility Chart
EA1251B VRX825 VRX610 JOYRIDE HX-D10 DMX5555z ADX5655z DRX9675z DXZ815MP DXZ715 XDZ716 DXZ615 XDZ616 DXZ515 XD516 DB415 BD416 DB315 BD316 DB216 AXZ610 XAZ611 XA311 XMD1 XMA1 M5675 EA1276B CCA-649 CCA-670 CCA-673

Multimedia

Navigation High detail 3D maps including 3D buildings & landmarks Text to Speech (TTS Automatic Day/Night modes Search: Address, POI, History, Favorties 12M POIs North-American Map coverage Qwerty keyboard No VSS connection Multiple route planning with optimization Route planning memory Custom POI Intelligent Automatic Zoom levels English, French and Spanish Bluetooth Bluetooth 2.1 EDR Simple pairing Enhanced Data Rate (EDR) Hands Free Phone Book Access SMS text message display Call History Built-in Dialer

CD/USB/MP3/WMA/AAC BLUETOOTH RECEIVER
CD-DA/CD-R/RW Ready Built-in Bluetooth Hands-free (HFP & OPP) and Audio Streaming (A2DP & AVRCP) MP3, WMA and iTunes AAC Compatible with ID3-TAG Display Rear USB Port with Digital Media Streaming Capability USB iPod Audio Direct Front 3.5mm Aux Input 18 FM / 6 AM Station Presets Subwoofer Level Control BBE MP for Compressed Audio Sound Restoration Beat EQ for Sound Adjustment Built-in LPF/HPF Crossovers 728 Colour Display & Illumination 2-Line 10 Character High Visibility LCD Display 4ch RCA Output (FR/SW) 50W x 4 Built-in Amplifier Sirius Satellite Radio Ready XM Mini-Tuner Direct OEM Steering Wheel Remote Ready Handsfree Microphone Included IR Remote Control Included 2-Year Warranty Specifications Allowable Voltage: Current Consumption (Max) Antenna output rated current Maximum Power Output CEA-2006 Power Output Preamp Level Output Voltage Accessories iPod Interface Cable OEM Steering Wheel Interface Rear USB Extension Cable Front Audio Input Cable Sirus Satellite Radio XM Satellite Radio Replacement IR Remote Power Harness
Specifications Allowable Voltage: Current Consumption (Max) Antenna output rated current Maximum Power Output CEA-2006 Power Output Preamp Level Output Voltage Accessories iPod Interface Cable Bluetooth Interface OEM Steering Wheel Interface Rear USB Extension Cable Front Audio Input Cable Sirus Satellite Radio XM Satellite Radio Replacement IR Remote Power Harness
USB iPod Direct BLT370 SWI-JACK CCAUSB CCUAUXEX1 CLASC1 & SCC1C CNP2000UC & CNPCLA1 RCB176 854-6433-50
USB iPod Direct SWI-JACK CCAUSB CCUAUXEX1 CLASC1 & SCC1C CNP2000UC & CNPCLA1 RCB176 854-6433-50

Source Units Accessories

CD Changer Magazines
CAA397 6-Disc Magazine for DCZ625, DC625, VCZ625 CAADisc Magazine for CDC655TZ, CDC635, CDC634, CDC655Z and UC6 CAA134 3-Pack/One Each Red, White, and Blue 6-Disc Magazine for CDC1255Z and CDC1235 CAA122 One Black 6-Disc Magazine for CDC1255Z, CDC1235, CDC605, CDC6201 and CDC6200

CeNET Cables

CCA519 CeNet Y-Adapter for Multi-Changer Connection and iPod interface installation. (2 Male ends to 1 Female end) CCA520 8' CeNET CD Changer Extension Cable (Male-to-Female) CCA521 20.5" CeNET CD Changer Extension Cable (Male-to-Female) CAA561 16' CeNET CD Changer Replacement Cable (Male-to-Male)

Marine Amplifiers Model Class Descripton APX290M AB 2-Channel APX490M AB 4-Channel
Power(4:) 2 x 90W 4 x 90W
2010 Amplifier Technologies 68

Amplifiers Technologies

Input Voltage Selector Gain Control Conventional amplifier gain (or sensitivity) adjustments have inherent limitations. These controls utilize ganged or stacked potentiometers to allow you to match the power production capabilities of the amplifier to the signal strength of the source unit that is feeding it. To allow an amplifier to be used with as many different sources as possible, the sensitivity range should be as wide as possible. Because the gain control uses several potentiometers that are connected together (ganged), the exact resistance of each of these devices may not match the next one. The result is one channel of the amplifier being louder than the other relative to the gain setting. This is called channel imbalance. To combat channel imbalance, Clarion has impleted IVS (Input Voltage Selector) technology on the XH5210, XH5410 and XH7110 amplifiers. IVS dramatically reduces channel imbalance by implementing a three position switch that controls the gain range: 0-0.6v, 0.6-2v, 2-8v. This switch is used in conjunction with a narrowrange adjustable potentiometer for fine tuning. The result is a reduction in maximum potential channel imbalance, improved imaging and a more accurate soundstage. The graph below shows the amount of channel imbalance from two identical amplifiers, one with IVS and one without. The curve with the large bump (red) is the amplifier without IVS and reaches a maximum channel imbalance of 0.75dB at 0.25% of maximum gain. The two overlapping curves (Blue and Green) show the channel imbalance of an IVS-equipped amp at the 0.6-2V and 2V-8V settings. The maximum imbalance is only 0.45dB - nearly half of the non-IVS amplifier. You might be asking yourself: Why not individual gain controls? While individual gain controls can offer very accurate sensitivity settings, an installer MUST use an oscilloscope or voltmeter to properly set these controls for accurate channel to channel output. At the very least, the installer could tune the system by ear, but this will require many trips from the listening position back to the amplifier. The decision to implement IVS offers similar results but saves the installer time when setting gains because fewer tools are required. Hybrid Class GH Power Supplies Amplifier efficiency has never been more important than it is in today's modern vehicles. Alternators, batteries and factory wiring are smaller than ever to produce lighter and most fuel efficient vehicles possible at the lowest cost. Clarion's XH7110 amplifier features a Hybrid Class GH power supply. This technology is the result of years of design and testing to offer the optimum balance of sound quality and efficiency - exactly what a Clarion customer demands. The operation of a Hybrid Class GH amplifier is very simple. Traditional amplifiers use a Class AB output device topology. Essentially, there is a set of switching devices (transistors) for the positive half of the waveform and another set for the negative half of the waveform. These devices operate linearly, passing more current through them as more signal is sent to them. The drawback with Class AB topology is that the output devices operate in their resistive region, rarely fully on or off. This results in a great deal of heat being generated and energy wasted. Around a decade ago, the introduction of Class D amplifiers to the car audio market offered a significant improvement in amplifier efficiency

Dimensions WF2510 T-S Parameters
37 0.558 0.60 14.5 15.3 6.8 83.25 308.1 3.900
271 mm 226 mm 70.60 mm 0.15 ft3

Subwoofers WG2510

WG2510
10" SINGLE VOICE COIL SUBWOOFER
Single 4-Ohm Heavy Duty Copper Voice Coils Aluminized Composite Dust Cap Reinforced FRP/ Paper Cone Nitrile Butadiene Rubber High Excursion Surround Hyper Extended Vented Pole Piece S.E.T. (Spider Exhaust Technology) Cooling Custom Stamped Steel Powder Coated Chassis

WG2510 T-S Parameters

29.0 0.53 0.55 13.3 24.5 16.2 83.0 314.6 3.900
WG3010 WG2510 60W 125W 250W 500W 750W
262 mm 227 mm 146 mm 0.2ft3

Subwoofers WG3010

WG3010
12" SINGLE VOICE COIL SUBWOOFER

WG3010 T-S Parameters

23.0 0.56 0.58 16.3 64.3 20.6 83.0 530.9 3.900
WG3010 WG2510 30W 60W 125W 250W 500W 750W
312 mm 280 mm 162 mm 0.3 ft3
Powered Subwoofer - SRV314

SRV314

AMPLIFIED SUBWOOFER
Features Dual-Voice coil 120 W high power amplifier with low pass filter Maxx Bass circuit for virtual bass enhancer 6-3/4" counter drive woofer with dual-neodymium magnet Air compression structure with aluminium die-cast enclosure Remote control for gain control /low-pass filter (selectable 50/75/100/120 Hz)/phase select Blue LED power indicator RCA line level input/Speaker level input *Maxx Bass is a patent of KS-Waves.Maxx Bass is a registered trademark of KS-Waves. Specifications Speaker type: 6-3/4" counter drive powered subwoofer Unit used: 6-3/4" MIPP cone woofer (Dual Voice coil) Rated output: 60W (30W+30W) Max power output:120W (60W+60W) Playback frequency range: 30 to 200Hz Cut-off frequency: 50Hz/75Hz/100Hz/120Hz Input sensitivity: RCA input 20mV to 2V, Speaker input 0.2V to 20V Power source voltage: DC14.4V Ground: Negative Current consumption: 7.0A External dimensions: Main unit: 12-1/4" (W) x 2-5/8" (H) x 8-1/4" (D) Remote control Unit: 3-15/16" (W) x 1-1/8" (H) x 1" (D) Weight: [Body] 2.0Kg [Remote control] 220g

PXW1051/1052 Enclosures

Sealed Enclosure Designs
Single Driver Sealed Enclosure Net Internal Air Volume: 0.5ft3 F3 Frequency: 52.12Hz Total System Q: 0.719

Vented Enclosure Designs

Single Driver Vented Enclosure Net Internal Air Volume: 1.0 Vent Dimension: 2.5" ID x 11-1.8" long F3 Frequency: 29.29 Hz
Dual Sealed Enclosure Net Internal Air Volume: F3 Frequency: Total System Q:

0.9ft3 52.64Hz 0.741

Dual Vented Enclosure Net Internal Air Volume: Vent Dimension: F3 Frequency:
2.0 ft3 4" ID x 10-3/8" long 30.5 Hz

PXW1251/1252 Enclosures

Single Driver Sealed Enclosure Net Internal Air Volume: 0.83ft3 F3 Frequency: 49.15Hz Total System Q: 0.899

IPX-5 Rated Water-Resistant Escutcheon
The front panel of the CMV1 and CMD6 feature a flip-down design that can withstand a 65 gallon stream of water from a 1-inch diameter hose at 10 feet for 5 minutes. This design eliminates concerns of water damage caused by rain, splashes, and wash downs. This design gives the user one-touch easy loading of CDs. You can rest assured of long lasting moisture protection with at least 10,000 duty cycles for durability.
The M109 may be Clarion's entry level marine source unit, but it is far from entry level. The M109 features MP3 and WMA playback with ID3 Tag display, a 4-channel preamp output and a front panel auxiliary input for easy system expansion. The M109 is IR remote ready (optional) and still features a HumiSeal coated circuit board for extended life on the water.
The CMS1 represents an entirely new and unique source unit category for marine and harsh environment applications. This two piece system is comprised of an IPX-6 rated command center and a hide-way brain module.
IPX-1 Rated Stainless Steel Chassis
The CMV1, CMD6 and M309 all feature a stainless steel chassis design to prevent water from entering the the radio and damaging the circuitry inside. Should there be a leak above the radio (from a window or instrument cluster , for example), water will simply run off the sides
and back of the radio. We have included a drip shield over the wire harness connection to further reduce the risk of water being able to infiltrate the radio.

USB iPod Audio Direct

The CMV1, CMD6 and M309 make it easier than ever to enjoy the music on your iPod. Simply connect the 30-Pin Dock Port to USB cable that came with your iPod to the USB port on the rear of the radio and you can enjoy all your music with simplicity and ease.
Conformally Coated PC Boards
All Clarion Marine source units have had their circuit boards coated with HumiSeal. This is a non-cunductive product developed to protect electronic components being used in harsh environments from damage due to moisture. This coating is one of the many reasons why Clarion Marine source units meet the ASTM B117 Salt/ Fog Exposure specification.

ASTM D4329 - UV Exposure Testing
This testing standard describes an evaluation of the damaging effects of long term outdoor UV exposure. The test subjects must withstand alternating cycles of 8 hours of ultraviolet light exposure at 70 degrees Celsius, followed by 4 hours of condensation at 50 degrees Celsius, then repeated for extended periods of time in multiples of 500 hours per test (up to 2000 hours). The devices under test must pass without discolouring, fading, chalking or cracking.
Integrated Water Management System
Clarion Marine speakers are not only designed not to allow any water to penetrate into the motor mechanism of the driver, but they include a water drainage channel to allow any water that gets in behind the grill to drain out. This helps to ensure that the speaker always sounds great, even when being pelted by rain or washed down while in dock.

7-inch speakers

Clarion's line of 7-inch diameter speakers set new standards for marine audio entertainment. These speakers were designed to the same strict tolerances as our 6.5-inch speakers, but offer improved efficiency, as well as improved bass output thanks to a 35% increase in cone area.
Centrex 814 and BASF Luran 778T Chassis' and Grills
Clarion marine speaker chassis' and grills are injection moulded from a polymer plastic called Centrex 814. Our new Quality Series Marine speakers are formed from BASF Luran for additional resistance to thermal abuse. These plastics have physical properties similar to ABS plastic, but adds the ability to resist chalking, fading and yellowing due to prolonged UV exposure.

Triple Gasket Design

All Clarion marine speakers include a synthetic rubber mounting gasket to ensure water does not infiltrate behind the speaker. This not only protects the speaker itself from damage, but the hull of
The results of our efforts is a speaker that is 3dB more efficient with dramatically improved low frequency extension and smooth band to band performance. You can purchase the enclosures in your choice of silver, black or white with either the CMCX7.1 or CMQ1720R coaxial speaker set. Dare to compare: The Clarion CMR1720T enclosures offer more than twice the efficiency of other 6.5" wakeboard tower speaker enclosures. This means that your music will be louder, your hear and feel more bass, your boat battery will last longer and you get more bang for your buck.

Corrosion Resistant Aluminum Chassis
The heat sink of our marine audio amplifiers is extruded from a large piece of aluminum before it is machined and finished to our specifications. This high-mass heatsink features fins down the side where the output and power supply devices are mounted to further assist in the radiation of heat from the amplifier.
Flexible Input Signal Sourcing
Clarion marine amplifiers are designed to be easily integrated into any entertainment system.
Conformally Coated Circuit Board
To further help resist the effects of humidity on the electronic components inside Clarion marine
amplifiers, we apply a conformal coating to the circuit board. This silicone-based coating helps to prevent corrosion around the connection between the main circuit board and electronic components.

Surface Mount Devices

The tolerance of an electronic component can vary by up to 10%. This means that conventional amplifier designs must take this into consideration and allow for flexibility in accuracy and reliability. Clarion has implemented the use of Surface Mount Devices for most of the components inside our marine amplifiers. Surface Mount devices are smaller in size, offer higher tolerance (typically 1%) and are most stable under a variety of thermal conditions. The CCUAUXEX1 is a 3.5mm to 3.5mm audio cable that makes connecting anything with a headphone jack quick and easy. Devices such as a portable DVD player, MP3 player or even a computer can be connected with this convenient cable.

Marine Radio Covers

Not every budget allows for the use of the CMD6 or CMV1. To that end, Clarion offers a selection of marine radio covers. The RTR600B and BNC5200B help keep water away from the controls and CD slot of source units like the M109 and M309. They don't make them waterproof, but they dramatically improve their water resistance. The Seagim is a radio housing that can be mounted above or beneath the desired surface. The housing includes a flip-up front panel that helps keep water away from the face of your source unit. Drainage channels are included in the rear of the unit to allow any water that should get inside to drain out without damaging the source unit.
The result is a series of amplifiers that offers excellent channel-to-channel symmetry for excellent imaging, smooth frequency response and incredible realism.

Marine Audio Subwoofer Specifications

CMSW10.1 T-S Parameters

Fs (Hz) Qms VAS (Litres) VAS (Cubic Feet) MMs (Grams) Xmax (mm) Xmax (inches) Sd (m2) Qes Re Le Z Bl Qts dB SPL (1W/1M) Power (RMS) Vd (Cubic Feet) Outside Diameter Mounting Hole Mounting Depth Total Weight Grill Colour

CMQ2010W T-S Parameters

Fs (Hz) Qms VAS (Litres) VAS (Cubic Feet) Mms (Grams) Xmax (mm) Xmax (inches) Sd (m2) Qes Re Le Z Bl Qts dB SPL (1W/1M) Power (RMS / MAX) Vd (Cubic Feet) Outside Diameter Mounting Hole Mounting Depth Total Weight Grill Colour
49.7 9.243 21.57 0.761 63.0.394 0.0306 1.003 3.857 1.977 4.629 8.729 0.905 86.0.045 10-9/16" 8.875 4.5" 9.8 lbs White
46.73 14.2101 14.85 0.524 27.07 9.5 0.4 0.01561 0.4302 3.7695 1.1 4.523 8.344 0.4176 87.21 100W / 200W 0.025 N/A N/A 3.875" 9.8 lbs Silver/Grey

Enclosure Designs

Sealed Enclosure Net Internal Air Volume: F3 Frequency: Total System Q: Vented Enclosure Net Internal Air Volume: Vent Dimension: F3 Frequency: 0.9 ft3 52.5 Hz 1.1
Sealed Enclosure Net Internal Air Volume: F3 Frequency: Total System Q: Vented Enclosure Net Internal Air Volume: Vent Dimension: F3 Frequency: 0.5 ft3 97.8 Hz 0.478
1.5 ft3 3" ID x 5.6" Long 32.19 Hz
1.0 ft3 2.5" ID x 9.0" long 39.05 Hz
Marine Subwoofer Specifications

CMW2510W T-S Parameters

37.96 14.2121 31.0326 1.0959 63.325 9.5 0.4 0.02805 0.4155 3.5927 2.0 4.311 11.43 0.3975 88.10 150W / 300W 0.045 N/A N/A N/A N/A Silver/Grey
Sealed Enclosure Net Internal Air Volume: F3 Frequency: Total System Q: Vented Enclosure Net Internal Air Volume: Vent Dimension: F3 Frequency: 0.6 ft3 76.7 Hz 0.661
1.2 ft3 3" ID x 9.0" long 35.82 Hz
Marine Remote Compatibility Chart
DECK CMD4 CMD4A CMD5 CMD6 CMS1 CMV1 M0350 M109 M1000R M2455 M255 M275 M309 M3170 M335 M3580 M4275 M455 M455A M475 M5170 M5275 M5355 M5470 M5475 M5675 M5680 M8430 M9480 XMA1 XMA2 XMD1 XMD2 XMD3
BUS CeNET CeNET CeNET CeNET N/A CeNET N/A N/A C-Bus N/A N/A N/A CeNET C-Bus N/A N/A CeNET CeNET CeNET C-Bus C-Bus C-Bus C-Bus C-Bus C-Bus N/A N/A N/A C-Bus N/A C-Bus N/A CeNET
Infra Red N/A Yes Yes Yes N/A Yes N/A N/A N/A N/A N/A N/A Yes N/A N/A N/A N/A N/A N/A Yes N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A
M101RCB Yes Yes Yes No No No N/A N/A Inc N/A N/A N/A No Yes Yes N/A N/A Yes Yes Yes N/A N/A N/A Yes Yes Yes N/A N/A N/A Yes N/A Yes Yes Yes
M102RCB Yes Yes Yes No No No N/A N/A Inc N/A N/A N/A No
M201RCS Yes/No Display Yes/No Display Yes/No Display No No No N/A N/A Inc N/A N/A N/A No

Series

The example above shows a Dual Voice Coil subwoofer with both voice coils wired in series. If this were a PXW1051 with dual 2 Ohm voice coils, the net load would be 4 Ohms. If this was a PXW1051, with dual 4 Ohm voice coils, the net load would be 8 Ohms.

Passive Crossovers

When connecting multiple speakers to an amplifier, passive crossover components are often required to filter the signal going to each speaker. For example, if you connect a midrange and a tweeter, you don't want bass to go to the tweeter and you don't want highs to go to the midrange. Similarly, if you bridge a woofer to a two channel amp and a set of full-range speakers, you only want bass to be heard from the woofer and only mids and highs from the fullrange speakers. This section will describe how to calculate the appropriate component (capacitor or inductor) values to build these systems.

Nomenclature

Capacitors have two ratings - a capacitance value and a voltage. The amount of energy storage in a capacitor is measured in Farads. Since the Farad is a very large unit, most capacitors, especially those used in filter circuits are measured in 1 millionth of a farad, or a microfarad. The greek letter mu () is used to describe micro: 1F = 1/1,000,000 of a Farad and is pronounced 1 microFarad. Common values for filter capacitors range between 1F and 250F. 1mH = 1/1000 of a Henry and is pronounced 1 milliHenry. Inductors are rated in Henries. Again, this is a very large unit of measurement, and in filter networks, we use 1 thousandth of a Henry or a millihenry.

High-Pass filters

A high-pass filter allows only frequencies higher than the selected crossover point to pass through the circuit. We use non-polarized capacitors wired in series with the load to create these filter networks. The equation above outlines how to calculate the correct component value. The chart below outlines common capacitor values for common speakers sizes in a 4 Ohm impedance. Load impedance is critically important to passive crossover component value. If you change the impedance, you need to recalculate the component value.

Speaker Size

6x9, 6x8 6.5, 5x7 5.25 4, 4x6 3.5 Tweeter

Capacitor

250-300 F 200 F 150 F 100 F 47F 2.7-3.3F
Low-Pass filter Passive Crossover Wiring - Mixed mode
Combinations of high- and low-pass filters can be combined amongst different speakers. This is commonly used when wiring mixed-mode systems. The illustration below shows the wiring drawing for a pair of 6x9 speakers and a subwoofer on a single two channel amplifier. The subwoofer would be connected to the bridged terminals and the 6x9s would be wired in stereo. Using the crossover information provided previously, we would use a 250uF capacitor on each 6x9 and a 6.6mH inductor on the subwoofer. In application, wether the passive component is installed on the positive wire or the negative, it will have no effect on the performance of the circuit. However, it is common to wire all speakers in the same fashion for simplicity and to make troubleshooting and adjustments later on.

ate caulking material - latex or rope caulk. Do not use Silicone sealant - the gases that are released during the curing process may be harmful to the adhesives used to assemble a subwoofer.
Large panels should be reinforced with an
There are many different styles of subwoofer enclosures - sealed, vented, bandpass, transmission line, aperiodic, isobaric and multi-chamber vented - just to name a few. Each enclosure has different strengths, characteristics and weaknesses. The chart below provides a generalised overview of the differences between some of the most common enclosures. Clarion recommends the use of Sealed (Acoustic Suspension) or Vented (Bass Reflex) enclosure for our subwoofers. These enclosures are the easiest to design, offers the best dynamic and transient response characteristics and is the most tolerance of design and construction errors - bottom line, they always sound great!
internal brace to reduce panel flexing due to the pressures created inside the speaker cabinet. Likewise, around the mounting face of the subwoofer, braces should run from the front panel to the rear panel of the enclosure to further strengthen it.
Clarion does not recommend the use of pas-
sive crossover components with our subwoofers (Inductors or Chokes). We recommend that a dedicated subwoofer amplifier with an integrated electronic crossover be used to achieve maximum performance from the sub-bass system.
Where applicable, Clarion recommends the use
of a subsonic filter in ported enclosure applications.
Subwoofer Enclosure Calculations
Clarion offers an extensive line of high quality, product specific subwoofer enclosures. Clarion dealers will, on occasion, be called upon to custom build a subwoofer enclosure from scratch to better maximise the space inside a vehicle, provide room for additional speakers, integrate an elaborate amp rack or to perform a completely custom installed. The following instructions outline the steps required to design a custom-sized subwoofer enclosure. Multiply these numbers together to come up with an internal volume: 33.5 x 12.5 x 9.5 = 3978.125 cubic inches Divide by 1728 to convert this measurement into cubic feet: 3978.= 2.30 ft3 This is the largest air volume (not including woofer, port or brace displacement you can use. You can now select the subwoofers you want based on this information.

Example - Total Volume

We need to add the air volume required to the displacement of any objects inside the enclosure. Here are the items we need to consider: Net Air volume: 2.0 cubic feet Driver displacement: 0.12 cubic feet each Vent Displacement: 0.05 cubic feet total Total air volume = 2.0 + 0.12 + 0.12 + 0.05 = 2.29 cubic feet. For this example, the dimensions are within 1% of the target volume, and we can use the 35 x 14 x 11 dimensions. Step 4a: Alternate Volume Calculations If we needed a smaller volume, let's say 1.5 cubic feet gross air space, then the enclosure dimension calculation would go as follows:

Amplifier Installation

When installing an amplifier in a modern vehicle, careful consideration needs to be paid to power wire connections. High power amplifiers can easily consume significant amounts of current easily exceeding 100A+ of current.

Power Cable Sizing

Proper power wire sizing is paramount in allowing an amplifier to make its rated power. The chart below outlines the power cable requirements to a single amplifier.
Ground Connections Wiring Protection
It is paramount that any power wire run through the car, be it a large gauge cable to power and amplifier or a small wire to power an accessory such as an overhead monitor, be fused. Imagine the following scenario - a large audio system is installed in a vehicle - a 1/0 AWG power cable is run from the battery to a distribution block at the rear of the car. The car gets into an accident - it is T-Boned on the side of the car the power wire runs down. The impact pinches the power, shorting it directly to ground. This could result in the battery exploding or at least, wires melting and catching fire. Clarion recommends the use of an ANL or AGU fuse holder on all power wires. When connecting any cable to the battery, a fuse must be installed within 8 inches of the battery terminal. Clarion does not recommend the use of circuit breakers. Their failure mode (what happens when the device does not operate as intended) does not guarantee that the circuit will be protected in the event of a short circuit. When installing an amplifier, it is paramount that the ground connection and path back to the battery and alternator be capable of handling even more current than the audio system will utilize. The reason is that the factory electrical system (lights, fans, computers, sensors, ignition system, etc) is already using these connections to operate the vehicle. Any cable you add to the positive circuitry, will need to be added to the ground path at the same time. The most important of which is the cable running from the negative terminal of the battery to the chassis. On many new vehicles, the body and chassis panels are not welded together, but instead glued using high strength epoxies. These connections will not pass current - making the chassis of the car unsuitable for grounding an amplifier. Clarion strongly recommends running a cable of equal size to that of the power wire to the negative terminal of the amplifier. This ground wire must also be grounded at the rear of the vehicle. If you run a 4 AWG power cable to an amplifier, run a 4 AWG ground cable at the same time. This will allow for significantly increased current carrying capacity, result in less voltage drop and allow your amplifiers to produce more power.

The iPod Book

PLEASE NOTE At the time of publication the information enclosed in the Clarion iPod Book was deemed correct. Due the constant updates and revisions from Apple Inc. the information enclosed can and will change. Use this book as a guide and log onto www.TeamClarion.com for additional information and updates. * Always conrm operation of your iPod with the source unit before purchasing.*
The following outlines the various iPod interfaces and cables that have been offered by Clarion. Not all interfaces are compatible with all source units. Please use the source unit cross reference charts as well as the iPod Connectivity chart to ensure you match the correct cable with the correct source unit. Please Feel free to write your own iPod notes below on this page.
Meet the best iPods ever.

iPod shuffle

iPod nano

iPod classic

iPod itouch

iPod iphone

2010 iPod Connectivity Solutions
Made for iPod and Works with iPhone Certification
The Made for iPod and Works with iPhone logos can be found on various Clarion products. These logos certify the product in question has been designed to connect specically to an iPod and/or iPhone and will meet Apples performance standards. Please note due to constant change in product design and software updates, Clarion can only ensure software /hardware compatiblity available at the time of manufacturing.

CCUIPOD2

The CCUIPOD2 iPod Audio/Video interface cable is designed to interface with CMS1, VX409, VZ409, MAX385VD, and VRX485VD. This cable will allow for audio and video to be streamed from an iPod gen 5.5 or later to the source unit and the ability to sort the music on the connected iPod by Album, Song, Artist, Genre, Composer, or Playlist. This interface supports 5V recharging.*CMS1: Audio Only

CCUIPOD3

The CCUIPOD3 iPod Audio/Video interface cable is designed to interface with the VZ300. This cable will allow for audio and video to be streamed from an iPod gen 5.5 or later to the source unit and the ability to sort the music on the connected iPod by Album, Song, Artist, Genre, Composer, or Playlist. This interface supports 5V recharging.
CCA723 / CCA748 iPod Video Cable
The CCA748 / CCA723 iPod Audio/Video cable was designed to interface with FZ409, FZ709, NX500, NZ500, NX700, VX400, VZ400 and CMV1 that offer iPod Audio and/or iPod Video playback capabilities. When interfaced with a compatible multimedia station, it will provide on-screen graphical control of the connected iPod. Generation 5 video iPods (known as the iPod video) can display video on the screen on compatible multimedia stations. This interface will charge most iPods when connected. *FZ409 and FZ709: Requires an external monitor for video playback

CCA-USB

Clarions CCAUSB is a USB Extension cable featuring an integrated cover that can be mounted just about anywhere to facilitate the connectivity of rear mounted USB inputs.

CCA-AUX and CCA-AUXEX1

Clarions CCAAUX is a Female 3.5mm Stereo Mini-jack to Male RCA Extension cable has an intergrated cover and can be mounted just about anwhere. To be used in conjunction with the CCA-AUX is the CCU-AUXEX1 Male 3.5mm Stereo Mini-jack to Male 3.5mm Stereo Mini-jack extension cable for headphone jack connectivity.

2010 iPod Connectivity Solutions USB iPod Connections
Multimedia Control Stations with Built-in Navigation NX500 NZ500 NX700 Multimedia Control Stations VX400 VZ400
Single DIN Source Units CZ200 CZ300 CZ500

USB to iPod Cable

2-DIN Source Units

VIDEO CABLE*

CX400 CX609

CCA723 / CCA748

iPod touch
Mechless Source Units FZ409 FZ709
Marine Source Units M309 CMD6 CMV1 CMS1

iPhone

*WHEN APPLICABLE
2010 Clarion iPod Compatibility Chart
iPod Classic 5Gen Video 6Gen Classic 1Gen

iPod Shufe

2Gen 3Gen 1Gen 2Gen

iPod Nano

Audio / Video Navigation
- iPod Cable - CCA748/723 - iPod Cable - CCA748/723 - iPod Cable - CCA748/723

Via AUX-IN

- iPod Cable

NX500 NZ500

Audio / Video
- iPod Cable - CCA748/723 - iPod Cable - CCA748/723

VZ400 VZ300

- CCUIPOD3

Mechless

FZ409 FZ709

Double Din Source Units

Single Din Source Units

CZ500 CZ300 CZ200 CZ100

Marine Source Units
- iPod Cable - CCA748/723

CMD6 CMS1 M309 M109

- CCUIPOD2

iTouch

4Gen 5Gen 1Gen 2Gen 3Gen Original

3G 3GS

Mechless Double Din Source Units
< 2010 iPod Connectivity Solutions
EA1251B CeNET iPod Audio Interface
This is Clarions original iPod Audio interface. This interface allows a compatible iPod to be seen by the source unit as a CD changer. This interface allows the user to create 5 playlists entitled clarion1, clarion2, etc and be able to access those playlists from the CD changer disk selection option on the source unit - please refer to the source unit's ipod application chart. This interface supports Firewire (12V) recharging.

<2006

EA1276B CeNET iPod Audio Interface

Discontinued

This interface is known as the Advanced iPod Audio Interface. This interface adds the ability to sort the music on the connected iPod by Album, Song, Artist, Genre, Composer or Playlist to make accessing specic tracks easier. This interface supports Firewire (12V) recharging. The interface includes a 6-foot CeNET cable. This part has been discontinued and replaced by the CCA-IPOD.
CCA-IPOD CeNET iPod Audio Interface
This is the EA1276 Advanced iPod Audio Interface replacement. It was redesigned to make installation easier due to its smaller size. This CCA-iPOD interface also has the ability to sort the music on the connected iPod by Album, Song, Artist, Genre, Composer or Playlist to make accessing specic tracks easier. This interface supports Firewire (12V) recharging. The interface also includes a 3-foot CeNET cable. Please refer to the source unit's iPod interface application chart.

CCA-673 iPod Audio/Video Cable
The CCA-673 iPod Audio/Video cable was designed for specic Clarion Multimedia Stations that offer iPod Audio and or iPod Video playback capabilities. The source unit, when connected with this cable will allow for on-screen graphical control of the connected iPod. Pre Generation 5.5 video iPod's can display video on the screen of compatible source units. Supports Firewire (12V) recharging. Please refer to the source unit's iPod interface application chart.
CCA-691 iPod Audio/Video Cable

2007-2008

The CCA-691 iPod Audio/Video cable was designed for Clarion VRX575USB, and VRX585USB Multimedia Stations. The source unit, when connected with this cable will allow for on-screen control of the connected iPod. Pre Generation 5.5 iPods can display video on the screen of the compatible source unit. Supports Firewire (12V) recharging. Please refer to the source unit's iPod interface application chart.
CCA-649 & CCA-670 iPod Audio Cable
The CCA-649 and CCA670 iPod Audio cables were designed for use with the rst generation Clarion Multimedia Station that offered iPod capabilities. The source unit, when connected with this cable will allow for on-screen control of the connected iPod. This part has been discontinued and replaced by the CCA673.

CCUIPOD1

This cable will allow iPod Audio and/or iPod Video to be streamed from an iPod pre gen 5.5 to the multimedia unit. It also brings seamless intergration so you can easily access all the iPods controls directly on the touch screen. This interface supports Firewire (12V) recharging. Please refer to the source unit's iPod interface application chart.
This cable will allow iPod Audio and/or iPod Video to be streamed from an iPod gen 5.5 or later to the source unit and the ability to sort the music on the connected iPod by Album, Song, Artist, Genre, Composer, or Playlist. This interface supports 5V recharging. Please refer to the source unit's iPod interface application chart.

CCA-723 iPod Video Cable

The CCA723 iPod Audio/Video cable was to offer iPod Audio and/or iPod Video playback capabilities. When interfaced with a compatible multimedia station, it will provide on-screen graphical control of the connected iPod please refer to the source unit's ipod application chart. This interface will charge most iPods when connected.

DIRECT USB iPOD Audio

Simply connect the USB cable that is included with the iPod to the source units USB connector for complete Audio control. Please refer to the cross reference chart.

USB to iPod Cable. iPod

2009 iPod Interface Compatibility Chart
3Gen 4Gen 4GenPhoto 5Gen Video 6Gen Classic 1Gen

iPod Mini

1Gen 2Gen 1Gen

(21) (21) (21)

- iPod Cable - N/A - iPod Cable - CCA723 - iPod Cable - CCA723 - CCUIPOD1 - CCUIPOD2 - iPod Cable - N/A - iPod Cable - CCA723 - iPod Cable - CCA723 - CCUIPOD1 - CCUIPOD2 - CCUIPOD1 - CCUIPOD3 - iPod Cable - CCA723* - iPod Cable - CCA723*

- iPod Cable - CCA723 - iPod Cable - CCA723 - iPod Cable - CCA723 - CCUIPOD1 - CCUIPOD2 - iPod Cable - CCA723 - iPod Cable - CCA723 - iPod Cable - CCA723 - CCUIPOD1 - CCUIPOD2 - CCUIPOD1 - CCUIPOD3 - iPod Cable - CCA723* - iPod Cable - CCA723*

(2) iPod Cable

Double Din Multimedia
(20, 21) (20, 21) (20, 21)

(20, 21)

(2) CCUIPOD1

Single Din Multimedia

(20) (20) (20)

DUZ385SAT

(20) (20) (20) (2) iPod Cable (2) iPod Cable (20) (20) (20) (20) (2) iPod Cable
(20) (20) (20) (20) - iPod Cable - CCA723 (20) - iPod Cable - CCA723 (20) (20) (20) (20) (20)
(21) (21) (21) (2) iPod Cable (2) iPod Cable (21) (21) (21) (21) (2) iPod Cable

CMS1 M309

(2) CCUIPOD2
(20) (20) (20) (20) (20) (20) (20) (20) (20) (20)
Note 1 ERROR 3 message will be shown during FF/FB mode at the end / top of the track position 2 The image and video cannot be displayed. 3 Please connect iPod again if ERROR 5 message is displayed by missing connect. If it cannot recover the connection, please reset iPod software. 4 The playlist selection of a Chinese font may be PAUSE status. 5 Cannot play the les in On-the-Go.
6 During connection the Accessary Connected display is shown on the iPod 7 The playlist cannot be reproduced. It returns by reconnecting iPod. 8 When you connect iPod, please connect iPod after stopping playback. 9 Smart Playlist not supported. 10 There are some cases when trick play is not effective. 11 Cant display VIDEO Key 12 Cant display video les 13 The video contents cannot be controlled by touch panel through the main unit

2Gen 3Gen 4Gen 1Gen

2Gen 2G
- iPod Cable - CCA723 - iPod Cable - CCA723 - iPod Cable - CCA723 - CCUIPOD1 - CCUIPOD2 - iPod Cable - CCA723 - iPod Cable - CCA723 - iPod Cable - CCA723 - CCUIPOD1 - CCUIPOD2 - CCUIPOD1 - CCUIPOD3 - iPod Cable - CCA723 - iPod Cable - CCA723
- iPod Cable - N/A - iPod Cable - CCA723 - iPod Cable - CCA723 - CCUIPOD1 - CCUIPOD2 - iPod Cable - CCA723 - iPod Cable - CCA723 - iPod Cable - CCA723 - CCUIPOD1 - CCUIPOD2 - CCUIPOD1 - CCUIPOD3 - iPod Cable - CCA723 - iPod Cable - CCA723
- iPod Cable - N/A - iPod Cable - CCA723 - iPod Cable - CCA723 - CCUIPOD1 - CCUIPOD2 - iPod Cable - N/A - iPod Cable - CCA723 - iPod Cable - CCA723 - CCUIPOD1 - CCUIPOD2 - CCUIPOD1 - CCUIPOD3 - iPod Cable - CCA723 - iPod Cable - CCA723

NX509 NX409 VX409 VZ709

NZ409 VZ509 VZ409 VZ309 FZ409
(2) iPod Cable (2) iPod Cable (2) iPod Cable (2) iPod Cable (2) iPod Cable (2) iPod Cable (2) iPod Cable (2) iPod Cable
(20) (20) - iPod Cable - CCA723 (22) - iPod Cable - CCA723 (22) - iPod Cable - CCA723 (22) - iPod Cable - CCA723 (22) - iPod Cable - CCA723 (22) - iPod Cable - CCA723 (22) - iPod Cable - CCA723

CMV1 CMD6

CCUIPOD2 (2) CCUIPOD2 (2) CCUIPOD2 (2) CCUIPOD2 (2) CCUIPOD2 (2) CCUIPOD2 (2) CCUIPOD2 (2) CCUIPOD2
(20) (20) (22) (22) (22) (22) (22) (22)
14 CCA723 is required for playback video contents and the video contents can be controlled by touch panel through the VRX / MAX/VX/VZ/NX 15 Please connect Airplane mode 16 Cant support Bluetooth connection. 17 There are some limitation when displaying characters other than alphabet and numeric. In this case * will be displayed instead. 18 In case iPod is not charged, please turn OFF and ON the POWER of Source unit. 19 There are some cases clarion LOGO on the iPod will not disappear when disconnecting the iPod. In that case reconnect iPod to Source unit and disconnect
again, or Reset iPod. 20 Apple no longer allows 3rd party video connections to these units. Use Apple Composite AV Cable (p/n: MB129LL/A) and connect to Visual Input. 23 No control over iPod by Source. Use compatible iPhone/iTouch 3.5mm to 3.5mm adapter 24 No control over iPod by Source. Use compatible iPhone/iTouch 3.5mm to 3.5mm adapter + CCAAUX. 25 No control over iPod by Source. Use CCUIPOD1 or CCUIPODWill not charge iPhone
2008 iPod Interface Compatibility Chart

iPod iPod M

4GenPhoto

5Gen Video

6Gen Classic

MAX685BT

- CCA723 (5,8,9,10,13) - CCUIPOD1
Note 1 ERROR 3 message will be shown during FF/FB mode at the end / top of the track position 2 The image and video cannot be displayed. 3 Please connect iPod again if ERROR 5 message is displayed by missing connect. If it cannot recover the connection, please reset iPod software. 4 The playlist selection of a Chinese font may be PAUSE status. 5 Cannot play the les in On-the-Go. 6 During connection the Accessary Connected display is shown on the iPod
(5,8,9,10,13,20) iPod Cable

MAX385VD

- CCUIPOD1 (13) - iPod Cable

(13, 20) CCUIPOD1

VRX785BT
Single Din Multimedia Mechless
- CCA723 (5,8,9,10,13) - CCA691

VRX585USB

- CCA691 (9, 13, 17) - CCUIPOD1

(2,9,13,17,20) CCA691

VRX485VD

- CCUIPOD1 (13) - CCA691

VRX385USB FB275BT/ FB275BTB DUZ385SAT UDB275MP DFZ675MC DRZ9255 DXZ785USB
Single Din Source Units Marine Source Units

- CCA691 (9, 13, 17)

EA1251B

(1,2) iPod Cable

CCAIPOD

(2) CCAIPOD

(1,2) CCAIPOD

DXZ585USB

DXZ385USB DB285USB DB185MP CMD5

M475 M275

The playlist cannot be reproduced. It returns by reconnecting iPod. When you connect iPod, please connect iPod after stopping playback. Smart Playlist not supported. There are some cases when trick play is not effective. Cant display VIDEO Key Cant display video les The video contents cannot be controlled by touch panel through the main unit CCA723 is required for playback video contents and the video contents can be

d Mini iPod Shuf e iPod Nano iTouch iPhone

(2, 9) iPod Cable

IPOD CABLE CCA723 (6,7,8,9,10,13,20)
IPOD CABLE CCA723 (5,6,7,8,9,10,13,15 16,20)

(2, 9, 17) CCA691

(2, 9, 13, 17, 20) CCA691
(2, 6, 9,13,17, 20) CCA691
(2,6,9,10,13,17, 20) CCA691

(13,20) CCUIPOD1

(2, 9, 13, 20) CCA691

(2, 6, 9,13, 20) CCA691

(2, 6,9,10,13,17,20) CCA691
Single Din Source Units Mechless

(3, 4, 6) iPod Cable

(3, 4) iPod Cable

(3, 4, 6) CCAIPOD

(3, 4) CCAIPOD
controlled by touch panel through the VRX / MAX Please connect Airplane mode Cant support Bluetooth connection. There are some limitation when displaying characters other than alphabet and numeric. In this case * will be displayed instead. In case iPod is not charged, please turn OFF and ON the POWER of Source unit. There are some cases clarion LOGO on the iPod will not disappear when disconnecting the iPod. In that case reconnect iPod to Source unit and disconnect again, or Reset iPod.
20 Apple no longer allows 3rd party video connections to these units. Use Apple Composite AV Cable (p/n: MB129LL/A) and connect to Visual Input. 21 No control over iPod by Source. Use CCAAUX + CCUAUXEX1. 22 No control over iPod by Source. Use CCUAUXEX1. 23 No control over iPod by Source. Use compatible iPhone/iTouch 3.5mm to 3.5mm adapter 24 No control over iPod by Source. Use compatible iPhone/iTouch 3.5mm to 3.5mm adapter + CCAAUX.
< 2008 iPod Compatibility Chart Legend
This chart explains which iPods are compatible with which Clarion iPod Interfaces. - Interface / Cable will allow for music playback and control - Interface / Cable will allow for video playback - Can not control functionality of iPod
Source Unit Compatibility Chart Legend
This chart explains which interfaces or cables are compatible with which Clarion source units. - Fully Compatible -Not Compatible -Compatible see details
iPod Compatibility - iPod Video Output
The newest generation of iPods (6 Gen Classic, 3 Gen Nano, Touch and iPhone) require specialized hardware to enable the video output. Clarion is developing this hardware and will offer it in the future. If you would like to watch video from these units, please use the Visual input on your Multimedia Station along with the Apple Composite A/V Cable.
iPod Compatibility - iPhone Connection
The iPhone can be controlled by Clarion source units when the following instructions are followed: 1. 2. 3. 4. Connect the iPhone to your Clarion source unit using the Dock Connector. The iPhone will display a message saying Accessory Attached. The iPhone will then ask if you want to enter Airplane Mode to which you should select No. You may now select iPod from the source menu of your Clarion Source unit.

iPod Compatibility - iPod Touch Connection
The iPod Touch needs to be in the Locked position to. When prompted, do not activate the Slide to Unlock function.
iPod Compatibility - iPod Video on Multimedia Stations
Clarion Multimedia stations allow for iPod video playback. Here are a few notes that should be observed when demonstrating, installing and operating this combination. The Parking Brake (Light green wire) must be set, released and set again to allow Video to be displayed on the screen of a Clarion Multimedia Station. This includes iPod Video Playback. The yellow composite video connector on the CCA673 cable must be connected to the yellow Visual Input connector on the rear of a Clarion Mutlimedia Station.
As Apple does not provide a means to control (select or start) video playback remotely, your Clarion Multimedia Stations will relinquish control over the iPod when video is selected. Select and start the video / podcast you want to view manually.
2007 iPod Interface Compatibility Chart
EA1251B MAX675VDII MAX675VD EA1276B CCA-IPOD CCA-691 CCA-673
VRX775VD VRX575USB DRZ9255 DXZ775USB DXZ675USB DXZ575USB DXZ475MP DXZ375MP DXZ275MP DB175MP DFZ675MC ADB340MP XA311 CMD5 M475 M275

1- Audio only

2006 iPod Interface Compatibility Chart
EA1251B MAX675VD VRX765VD DRZ9255 DXZ865MP DXZ765MP DXZ665MP DXZ465MP DXZ365MP DB365USB DXZ265 DB265MP DB165 DFZ675MC ADB340MP XA311 CMD4A CMDM455A MM255 EA1276B CCA-649 CCA-670 CCA-673

2 - No Text Display

2005 iPod Interface Compatibility Chart
EA1251B VRX755VD DRZ9255 DXZ955MC DXZ855MP DXZ755MC DXZ655MP DXZ555MP DB455MC DB355MP DB255 DB155 ADB340MP XA311 CMDMM255 EA1276B CCA-649 CCA-670 CCA-673
2004 iPod Interface Compatibility Chart
EA1251B VRX935VD VRX745VD VRX630 DRZ9255 DXZ945MP DXZ845MC DXZ745MP DXZ645MP DXZ545MP DXZ445 DB345MP DB245 ADB340MP XA311 XMDM335 M235 EA1276B CCA-649 CCA-670 CCA-673
2003 iPod Interface Compatibility Chart
EA1251B VRX935VD VRX835 VRX630 JOYRIDE DXZ935 DXZ835MP DXZ735MP DXZ635MP DXZ535 DXZ435 DB336MP DB335 DB235 ADZ625 XA311 XMDM335 M235 EA1276B CCA-649 CCA-670 CCA-673
2002 iPod Interface Compatibility Chart
EA1251B VRX925VD VRX815 JOYRIDE DXZ925 DXZ825 DXZ725 DXZ625MP DXZ525 DXZ425 DB325 DB225 DB125 ADZ625 XA311 XMD1 XMD2 XMA1 M5675 EA1276B CCA-649 CCA-670 CCA-673
2001 iPod Interface Compatibility Chart
EA1251B VRX825 VRX610 JOYRIDE HX-D10 DMX5555z ADX5655z DRX9675z DXZ815MP DXZ715 XDZ716 DXZ615 XDZ616 DXZ515 XD516 DB415 BD416 DB315 BD316 DB216 AXZ610 XAZ611 XA311 XMD1 XMA1 M5675 EA1276B CCA-649 CCA-670 CCA-673