shizzzon

That's the problem.. And you may have known this before i post. If option 2 or 3 is done, and service is required, a swap is done for new amp and that new amp has it's own warranty. If it breaks.. there would be again, another exchange price, the same that you paid before. IE- This isn't exact but to give you an idea- Bought a $300 amp. It breaks. You pay $50 for roundtrip shipping and 3 weeks downtime. or.. The $300 amp breaks and you pay $80 for a brand new amp. 6 months later it breaks. After convincing you not to kill Taramp's, hehe, you would then again have 2 choices- send to repair center and pay $50 roundtrip or $80 and we'll swap it again. Since we are not the actual repair center, we have to charge exchange per incident.

I forgot to state this for this question as it doesn't make sense for me to be so broad, lol. I have purposely left the questions very basic to get generalized views first before i get detailed as to why i'm asking. Yes, customer service is a must.. That part will not be lost. But, what kind of customer service do people want, for themselves, when it breaks? When it's DOA, when something just isn't right? While these products do have a warranty.. (Detail-time), it is NOT controlled by the Dealer\Distributor. This is something the US is NOT used to. I am laying this out because there is a Pricing-War with Taramps and we have already taken the 1st step and eliminated part of it already with our relationship with Taramps currently. However, many companies who may sell Taramps are offering NO customer service whatsoever. This is a different business tactic that many potential customers are not used to. It is up to the customer to get their "customer service" via warranty services to an authorized repair center themselves. That means it's the customer's responsibility to obtain their warranty service and leave the dealer out of it.. The sad thing is this ALSO includes DOA. This pricing war has gotten people who are interested in Taramps to know that this is what you are expected to pay for any given amp... What they do not know is those prices are not backed with customer service via warranty service. While pricing is still Very stunning, customer service can officially have it's chance to be offered to Taramp's customers now depending on the outcome of this conversation. This is what we have on the table- Option #1- You can pay Price- X and get your product at a great price. If it breaks, doa, etc, you will be paying shipping, down-time, etc to the authorized repair tech until it's fixed. Option #2- You can pay Price- X which is about 10-20% more for the product(that % sounds high but it's not) but you receive the following service- Whereas you may still have a manufacturer warranty, This pricing structure would allow the customer to have the following service- Ship us back the doa or damaged amp and receive a brand NEW amp. Fast turn around. We would verify warranty coverage and then ship a new amp. We would take "The Hit" and have it fixed ourselves and resell as refurbished. Option #3- After reading the above 2 options, we could sell at a Great price and when customer needs warranty service.. As long as it's in warranty, customer could pay us 15-30% cost of the product for a direct swap to a NEW amp and we deal with damaged amp and resell as refurbished. We are offering a break down to what we can offer right on the table. If dealing with us direct, you do not have to worry about then owning a "fixed" amp if that bad scenario were to happen to you. That's one good point. Another is turn around time. Our turn around time would be immediate. As soon as we would receive the bad product, we would verify and ship back out a brand new one. Shortest down-time potential possible. This is the same type of dealer warranty coverage given by other companies. Their own warranty service to assist the customer in quicker response, lower down times, and maintain new product. So, what are your thoughts?

Question #3- How much do you value Customer Service? How much do you value Customer Service when the price is the best but the customer service is the worst?

a single amp wouldn't be the best as you'd have to get either the NS-1 and wire at 1ohm or the 3500d and wire to 0.5ohm 3500d= more current draw= lower voltage NS-1 may work but is expensive I can't guarantee you'd get ~4k from an NS-1 at 1ohm I'd personally to 2 stout amps if you have to stick with Sundown. Like 2 3500ds and wire each at 1ohm and control it's output that way. Unfortunately, those who are clamping power, if they are not using devices to consider Power Factor like our product can, then their clamped readings will be a LOT higher than what it suppose to be so depending on how you measure vs the competition, it may be impossible to properly regulate power output where you want it.

TS line- TS1300x2 128A potential Stock- 6 AWG terminal Ours- 1/0 to 6 AWG reducer TS1200x4 130A potential Stock- 6 AWG terminal Ours- 1/0 to 6 AWG reducer

HD1600- 198A potential Stock- 6 AWG terminal Ours- 1/0 to 6 AWG reducer HD2500- 270A potential Stock- 4 AWG terminal Ours- 1/0 to 4 AWG reducer HD3000- 340A potential Stock- 4 AWG terminal Ours- Dual 1/0 to 4 AWG reducer HD4000- 405A potential Stock- 1 AWG terminal Ours- Triple 1/0 to 1 AWG reducer HD5000- 590A potential Stock- 1 AWG terminal Ours- Triple 1/0 to 1 AWG reducer HD6500- 702A potential Stock- 1 AWG terminal Ours- Triple 1/0 to 1 AWG reducer HD8000- 862A potential Stock- 2/0 terminal Ours- Triple 4/0 to 2/0 reducer ALL T Line amps, 10.9, 14.2 and 20.2 also use Triple 4/0 inputs to 2/0 reducer

I will lay out what we are offering and WHY before people ask about for some of the amps. Give me a moment to post.

Thanks for the feedback so far guys! QUESTION #2- Custom Wire inputs. These type of amp's power and ground terminals are mostly not of adequate size and for safety reasons need extra support for more cabling or just large cabling to prevent voltage loss. Should we force all amplifiers that we deem, to require inputs be supplied with said amplifier? Our pricing is effected by this option to the customer BUT we make no profit on these inputs as there is no profit to be made. Our prices are only affected by this by $10-45 per amp depending on input requirement. If you guys want, i can lay out ALL amps effected by this and show you publicly here what inputs are going to be supplied with them if we feel this is the right thing to do automatically with all orders. (PS- this is a service that no one else offers for any brazilian amplifier and we want to do this so people have access to inputs that may not already be made or would take a long time to make. Also, many of these are insulated to resist potential arcing from poor installation accidents.)

I keep seeing unanimous feelings about this module. I will probably just leave it an option and post the new debatable question in a few minutes.

No, Taramp's only makes a "bass knob" for their 5 channel amp only and have no intentions on making any in the near future either. This remote module would add $30 to the HD amps to those who do not currently come with one and is a visual indicator system. It let's you know Power status, Protection status and Clipping status.

Companies make 1/0 couplers. But if it's external running, i HIGHLY suggest running them through flexible Conduit. I use Liquid-Tite from Lowes. 3\4" ID is less than $1 per foot. http://www.darvex.com/store/pc/Stinger-PRO-0-Gauge-Wire-Coupler-18p258.htm

AGMs have a punch but not all AGMs are the best performers. Diehard AGMs are currently the ones suggested for local purchase. They are around $250 per batt. Now, the D3100 which is about $365 per battery from XS can put out 500A per batt for 30sec straight and maintain voltage down to 10.8v Some batteries may drop into the high 9s so 10.8 is awesome. I do not know the capability of the Diehards but there you go.

Why in the hell do you need a panel saw? For one, Lowes will cut for free. Two, if it's not for cosmetics, all you need is a table saw circular saw router straight edge clamps pencil Titebond III clamps clamps clamps IF you want to be real cheap no table saw no router no clamps(lots of screws) But how can you complain about a price when you have not the experience to do it yourself? That would be like me going to the dealer and telling them i'm not spending $7,000 to have my engine replaced when I "hear" you can get it done for $3000 even though you can't find that person and you know not how to do it yourself. Respect businesses and they will respect you.

Does it come with a Skarranty?

We will list pricing next month. We are waiting on some things to get finished before we do.

i was gonna run one in a bandpass but i couldnt squeeze it in my Scion.

Taramps has multiple distributors and an official Repair Center in New York(who also repairs other brazilian amps). Stetsom, from what we seen, doesn't have a network in the US to support their company with customer service. Taramps is already in 14 countries and will continue to grow.

All Products we can\will offer has been updated. Taramp's also offers a 300mF cap we do not see a need to offer, several high voltage power supplies and several high voltage DC amplifiers(40-340vDC) Because of the nature of how to supply to these amps, we do not stock these. We may special order them but are never stocked.

HD Line- (High Definition) The HD line is a line of Mono amplifiers with Full Range Class D frequency response up to 15KHz with amplifiers currently rated from 1200 to 8000 Watts of power @12.6v. Product of high yield, innovative design and edges (Front and Back) on ABS, which provides greater security at the time of their installation, these products have RCA type inputs, (L and R), to seize the entire mix of a song directing to a single output. This line uses SMD technology resulting in less heat buildup(less heat dissipation required), smaller heatsinks, smaller footprint, less internal parts required, higher efficiency(mid to high 70% @ low ohm stability level). Below, you will see the following- Maximum Consumption Musical Maximum Consumption in Sinusoidal Signal This is what it means- Maximum Musical Consumption- Max current the amp will draw when a speaker(s) is wired to it's lowest stable ohm load and "rise" to a given figure. Maximum Sine Wave Consumption- Max current the amp will draw on a FIXED Resistance. This is the current draw typically given by other buildhouses. All of the following amplifiers listed under the HD Line come in 1ohm AND 2ohm models! The following listed specs are of the 1ohm version. The 2ohm versions share the exact same output power except at twice the impedance. The HD1600 comes in 1, 2 and 4 low ohm stability models. Efficiency levels of higher ohm load amps vary but typically are about 2% more efficient. HD1200- Number of Channels: 1 Maximum Power @ 13.8 VDC - 1 OHM: 1439W RMS Maximum Power @ 13.8 VDC - 2 OHM: 813W RMS Maximum Power @ 13.8 VDC - 4 OHM: 446W RMS Maximum Power @ 12.6 VDC - 1 OHM: 1200W RMS Maximum Power @ 12.6 VDC - 2 OHM: 678W RMS Maximum Power @ 12.6 VDC - 4 OHM: 372W RMS Input Sensitivity: 250mV @ (-9,78 dBm) Total Harmonic Distortion (THD): 0.3% Frequency Response: 10Hz to 15KHz Crossover: H. P. F (High Pass Filter): 10Hz to 50Hz(-12dB/ 8nd ) Variable L. P. F (Low Pass Filter): 50Hz to 15KHz(-12dB/ 8nd ) Variable Bass Boost: 0 to 10 dB (50Hz) input Impedance: 18K OHMS Protection: Short on the Output / Voltage of High / Low Power Supply Voltage: 10.5VDC Minimum Supply Voltage: 16VDC Maximum Consumption at Rest: 1.20 Amp. Maximum Consumption Musical @ 12.6VDC: 57 Amp. Maximum Consumption in Sinusoidal Signal (1Khz) @ 12.6VDC: 114 Amp. Dimensions (WxHxD): 9.02" x 2.56" x 8.08" Weight: 4.37lbs HD1600- Number of Channels: 1 Maximum Power @ 13.8 VDC - 1 OHM: 1919W RMS Maximum Power @ 13.8 VDC - 2 OHM: 1304W RMS Maximum Power @ 13.8 VDC - 4 OHM: 805W RMS Maximum Power @ 12.6 VDC - 1 OHM: 1600W RMS Maximum Power @ 12.6 VDC - 2 OHM: 1088W RMS Maximum Power @ 12.6 VDC - 4 OHM: 672W RMS Input Sensitivity: 250mV @ (-9,78 dBm) Total Harmonic Distortion (THD): 0.3% Frequency Response: 10Hz to 15KHz Crossover: H. P. F (High Pass Filter): 10Hz to 50Hz(-12dB/ 8nd ) Variable L. P. F (Low Pass Filter): 50Hz to 15KHz(-12dB/ 8nd ) Variable Bass Boost: 0 to 10 dB (50Hz) input Impedance: 18K OHMS Protection: Short on the Output / Voltage of High / Low Power Supply Voltage: 10.5VDC Minimum Supply Voltage: 16VDC Maximum Consumption at Rest: 1.20 Amp. Maximum Consumption Musical @ 12.6VDC: 99 Amp. Maximum Consumption in Sinusoidal Signal (1Khz) @ 12.6VDC: 198 Amp. Dimensions (WxHxD): 9.02" x 2.56" x 9.53" Weight: 5.52lbs HD2500- Number of Channels: 1 Maximum Power @ 13.8 VDC - 1 OHM: 2998W RMS Maximum Power @ 13.8 VDC - 2 OHM: 2159W RMS Maximum Power @ 13.8 VDC - 4 OHM: 1319W RMS Maximum Power @ 12.6 VDC - 1 OHM: 2500W RMS Maximum Power @ 12.6 VDC - 2 OHM: 1800W RMS Maximum Power @ 12.6 VDC - 4 OHM: 1100W RMS Input Sensitivity: 250mV @ (-9,78 dBm) Total Harmonic Distortion (THD): 0.3% Frequency Response: 10Hz to 15KHz Crossover: H. P. F (High Pass Filter): 10Hz to 50Hz(-12dB/ 8nd ) Variable L. P. F (Low Pass Filter): 50Hz to 15KHz(-12dB/ 8nd ) Variable Bass Boost: 0 to 10 dB (50Hz) input Impedance: 18K OHMS Protection: Short on the Output / Voltage of High / Low Power Supply Voltage: 10.5VDC Minimum Supply Voltage: 16VDC Maximum Consumption at Rest: 1.40 Amp. Maximum Consumption Musical @ 12.6VDC: 135 Amp. Maximum Consumption in Sinusoidal Signal (1Khz) @ 12.6VDC: 270 Amp. Dimensions (WxHxD): 9.02" x 2.56" x 9.53" Weight: 5.73lbs HD3000- Number of Channels - 1 Maximum Power @ 13.8 VDC - 1 OHM: 3598W RMS Maximum Power @ 13.8 VDC - 2 OHM: 2446W RMS Maximum Power @ 13.8 VDC - 4 OHM: 1403W RMS Maximum Power @ 12.6 VDC - 1 OHM: 3000W RMS Maximum Power @ 12.6 VDC - 2 OHM: 2040W RMS Maximum Power @ 12.6 VDC - 4 OHM: 1170W RMS Input Sensitivity: 250mV @ -9,78 dBm Total Harmonic Distortion (THD) 0.3% Signal / Noise Ratio: >95dB Damping Factor: 300 Frequency Response (Full Range): 5Hz to 15KHz Crossover: H. P. F (High Pass Filter): 5Hz to 50Hz (-12dB / 8nd ) Variable L. P. F (Low Pass Filter): 50Hz to 15KHz (-12dB / 8nd ) Variable Bass Boost: 0 The 10dB (50Hz) Input Impedance: 18K OHMS Protection: Short in Supply Voltage Output / High / Low Minimum Supply Voltage: 10.5 VDC Supply Voltage: 16 VDC Maximum Consumption at Rest: 1.70 Amp. Maximum Consumption Musical @ 12.6VDC: 170 Amp. Maximum Consumption in Sinusoidal Signal @ 12.6 VDC: 340 Amp. Dimensions (WxHxD): 9.02" x 2.56" x 11.34" Weight: 6.86lbs HD4000- Number of Channels - 1 Maximum Power @ 13.8 VDC - 1 OHM: 4798W RMS Maximum Power @ 13.8 VDC - 2 OHM: 3171W RMS Maximum Power @ 13.8 VDC - 4 OHM: 1876W RMS Maximum Power @ 12.6 VDC - 1 OHM: 4000W RMS Maximum Power @ 12.6 VDC - 2 OHM: 2644W RMS Maximum Power @ 12.6 VDC - 4 OHM: 1564W RMS Input Sensitivity: 250mV @ (-9,78 dBm) Total Harmonic Distortion (THD): 0.3% Frequency Response: 10Hz to 15KHz Crossover: H. P. F (High-Pass Filter): 10Hz to 50Hz(-12dB/ 8nd ) Variable L. P. F (Low Pass Filter): 50Hz to 15KHz(-12dB/ 8nd ) Variable Bass Boost: 0 to 10dB (50Hz) Input Impedance: 18K OHMS Protection: Short circuit in output / Voltage of High power/Low Minimum Supply Voltage: 10.5VDC Supply Voltage: 16VDC Maximum Consumption at Rest: 2 Amp. Maximum Consumption Musical @ 12.6VDC: 202.5 Amp. Maximum Consumption in Sinusoidal Signal (1Khz) @ 12.6VDC: 405 Amp. Dimensions (WxHxD): 9.02" x 2.56" x 14.76" Weight: 9.08lbs HD5000- Number of channels - 1 Maximum Power @ 13.8 VDC - 1 OHM - 5997W RMS Maximum Power @ 13.8 VDC - 2 OHM - 4000W RMS Maximum Power @ 13.8 VDC - 4 OHM - 2398W RMS Maximum Power @ 12.6 VDC - 1 OHM - 5000W RMS Maximum Power @ 12.6 VDC - 2 OHM - 3335W RMS Maximum Power @ 12.6 VDC - 4 OHM - 2000W RMS Input Sensitivity: 250mV @ (-9,78 dBm) Total Harmonic Distortion (THD): 0.3% Signal / Noise Ratio: >95dB Damping Factor: 400 Frequency Response: 5Hz to 15KHz Crossover: H. P. F (High Pass Filter): 5Hz to 50Hz (-12dB/ 8nd ) Variable L. P. F (Low Pass Filter): 50Hz to 15KHz (-12dB/ 8nd ) Variable Input Impedance: 18K OHMS Protection: Short in Supply Voltage Output / High / Low Minimum Supply Voltage: 10.5VDC Supply Voltage: 16VDC Maximum Consumption at Rest: 2.0 Amp. Maximum Consumption Musical @ 12.6VDC: 295 Amp. Maximum Consumption in Sinusoidal Signal (1KHz) @ 12.6VDC: 590 Amp. Dimensions (WxHxD): 9.02" x 2.56" x 17.6" Weight: 11.44lbs HD6500- Number of Channels: 1 Maximum Power @ 13.8 VDC - 1 OHM: 7796W RMS Maximum Power @ 13.8 VDC - 2 OHM: 5129W RMS Maximum Power @ 13.8 VDC - 4 OHM: 3079W RMS Maximum Power @ 12.6 VDC - 1 OHM: 6500W RMS Maximum Power @ 12.6 VDC - 2 OHM: 4277W RMS Maximum Power @ 12.6 VDC - 4 OHM: 2567W RMS Input Sensitivity: 250mV @ (-9,78 dBm) Total Harmonic Distortion (THD): 0.3% Signal-to-Noise Ratio: >95dB Damping Factor: 400 Frequency Response: 5Hz to 15KHz CROSSOVER: H. P. F (HIGH PASS FILTER): 5Hz to 50Hz(-12dB/ 8nd ) Variable L. P. F (LOW PASS FILTER): 50Hz to 15KHz(-12dB/ 8nd ) Variable Input Impedance: 18K OHMS System of Protection: Short on the Output Voltage / High power/Low Minimum Supply Voltage: 10.5VDC Supply Voltage: 16VDC Maximum Consumption at Rest: 2.50 Amp. Maximum Consumption Musical @ 12.6VDC: 351 Amp. Maximum Consumption in Sinusoidal Signal (1Khz) @ 12.6VDC: 702 Amp. Dimensions (WxHxD): 9.02" x 2.56" x 18.82" Weight: 11.46lbs HD8000- Number of Channels - 1 Maximum Power @ 13.8 VDC - 1 OHM: 9595W RMS Maximum Power @ 13.8 VDC - 2 OHM: 6305W RMS Maximum Power @ 13.8 VDC - 4 OHM: 3646W RMS Maximum Power @ 12.6 VDC - 1 OHM: 8000W RMS Maximum Power @ 12.6 VDC - 2 OHM: 5256W RMS Maximum Power @ 12.6 VDC - 4 OHM: 3040W RMS Input Sensitivity: 250mV @ (-9,78 dBm) Total Harmonic Distortion (THD): 0.5% Signal / Noise Ratio: >90dB Damping Factor: 400 Frequency Response: 5Hz to 15kHz Crossover: H. P. F (High Pass Filter): 5Hz to 50Hz(-12db/ 8nd ) Variable L. P. F (Low Pass Filter): 50Hz to 15kHz(-12db/ 8nd ) Variable Input Impedance: 18k OHMS Protection: Short on the Output / Supply Voltage High/Low Minimum Supply Voltage: 10.5VDC Supply Voltage: 16VDC Maximum Consumption at Rest: 2.50 Amp. Maximum Consumption Musical @ 12.6VDC: 412 Amp. Maximum Consumption in Sinusoidal Signal (1kHz) @ 12.6VDC: 826 Amp. Dimensions (WxHxD): 9.02" X 2.56" X 19.57" Weight: 13.47lbs

Answered in other thread. No, unlike most Korean amps that are rated at 1%THD, Taramp's amplifiers are rated LOWER! The HD Line is rated between 0.3-0.5% The T Line is rated at 0.3% The TL Line is rated between 0.05-0.45% The TS Line is rated between 0.05-0.5% All Taramp's amps that are to be used for bass are Not fragile! The entire T Line Platinum Series(which is 1ohm stable) can be ran at 0.5ohm daily considering you maintain voltage between 10.5-15v and have a sufficient Power Supply Reserve for such demand! The entire HD Line Series(which is 1 or 2ohm stable) can be ran for "burps" at 0.5 ohm for 1 ohm or 1 ohm for 2 ohm models. Running below rated impedance on HD line for continuous usage is not recommended as is typically not recommended on any amplifier not rated for such usage. Do so at your own risk! We do not provide amp gut pics because most people would have no clue what they were looking at or to compare. The technology is different than most therefore is impossible to compare to other companies unless using the same technology.

When we import them, i can ship one off to the Head engineer of SPL-Lab in Russia. They will do a full unbiased review if you wish to see that. There have been all kinds of reviews done by "users" and nothing but astounding results. Of course we didn't get into a business relationship with them based on reviews. We are joined together by the quality control, history and marketing potential they have to bring to the market.

Crossovers- CRX-2- Channels - 2 Subsonic Filter: Variable Bypass /20/60/80Hz (-24dB/ 8deg 4deg order Linkwitz-Riley ) Bass Boost: 0 to 10 dB (40Hz) Low Pass Filter: Variable from 100Hz to 10KHz (-12dB/ 8deg 2deg order Butterworth) High Pass Filter: Variable from 100Hz to 10KHz (-12dB/ 8deg 2deg order Butterworth) Input Impedance: 27K ohms Output Impedance: 440 ohms Maximum Input L/R: 4.57 V RMS @ 15.4 dBu Output Level L/R: 9.3 V RMS @ 21.6 dBu Max. Output of the Pass Thru L/R: 9.3 V RMS @ 21.6 dBu Frequency Response: (-1dB) of 10Hz to 100KHz Total Harmonic Distortion (THD): < 0.01% at 1KHz Crosstalk (Separation between channels): >90dB Power Supply Voltage: 10 to 16 VDC Nominal Consumption: 250mA @ 12.6 Vdc Protection: Reverse Polarity and short circuit Dimensions (WxHxD): 6.18" x 1.65" x 5.71" Weight: 1.01lbs CRX-3.1- Channels - 3 + 1 Pass Thru Channel Pass Thru (R L) Phase Selectable: 0/180 Degrees Variable Level: -infinity to 6dB Via Low (R L) Mono Subsonic Filter: Selectable on Bypass, 20/30/40Hz (-24dB/ 8nd) butterworth Low Pass Filter: Selectable on Bypass, 80/150/250Hz (-12dB/ 8nd Linkwitz-Riley ) Bass Boost: Variable 0 to 10 dB (40Hz) Phase Selectable: 0/180 Degrees Variable Level: -infinity to 10dB Track Mid (R and L) Stereo High Pass Filter: Selectable on Bypass, 80/150/250Hz (-12dB/ 8nd Linkwitz-Riley ) Low Pass Filter: Selectable on Bypass, 1.2K/2K/4KHz (-12dB/ 8nd Linkwitz-Riley ) Phase Selectable: 0/180 Degrees Variable Level: -infinity to 10dB Track High (R and L) Stereo High Pass Filter: Selectable in 900Hz/1.2K/2K/4KHz (-12dB/ 8nd Linkwitz-Riley ) Phase Selectable: 0/180 Degrees Variable Level: -infinity to 10dB Input Impedance: 10 K Ohms Output Impedance: 470 Ohms Maximum Input Level R/L: 4.57 V RMS @ ( 15.4 dBu) Maximum Level of Output R/L: 9.3 V RMS @ ( 21.6 dBu) Max Output Level of Pass Thru R/L: 9.3 V RMS @ ( 21.6 dBu) Frequency Response: (-1dB) of 10Hz to 100KHz Total Harmonic Distortion (THD): < 0.01% at 1KHz Crosstalk (separation between channels): >85dB Power Supply Voltage: 10.5 to 16 VDC Nominal Consumption: 420mA @ 12.6 Vdc Protection: Inversion of Polarity Dimensions (WxHxD): 8.46" x 1.65" x 5.63" Weight: 1.35lbs CRX-4- Electronic Crossover 12dB/ 8nd with 4 channels LOW: With variable cut(LPF) from 45 to 275Hz and bass enhancement of 6dB ( "bass boost") adjustable from 20 to 65Hz MID-LOW: With initial cut (HPF) variable from 25Hz to 140Hz and final cutting (LPF) variable from 300Hz to 7.5KHz MID-HIGH: With initial cut (HPF) variable 200Hz to 4.6KHz and final cutting (LPF) variable of 1.2KHz to 12KHz HIGH: With variable cut (HPF) of 550Hz to 12KHz Individual level Controls for channel Track LOW and MID-LOW mono, with independent inputs Tracks HIGH AND MID-HIGH stereo, separated from inputs LOW and MID-LOW Dimensions: 7.48" x 5.71" x 1.58" (L x W x H) Weight: 1.24lbs CRX-5 PLUS- Quantity of channels - 4 + 1 Pass Thru Track Pass Thru (R L) Phase Selectable: 0/180 Degrees Variable Level: -infinity to 6dB Via Low (R L) Mono Subsonic Filter: Selectable (Bypass 40/60/80Hz ) (-24dB/ 8nd) butterworth Low Pass Filter: Variable from 100Hz to 2KHz (-12dB/ 8nd Linkwitz-Riley ) Bass Boost: Variable 0 to 10 dB (40Hz) Phase Selectable: 0/180 Degrees Variable Level: -infinity to 10dB Via Low Mid (R L) Mono High Pass Filter: Variable from 30Hz to 600Hz (-12dB/ 8nd Linkwitz-Riley ) Low Pass Filter: Variable from 600Hz to 10KHz (-12dB/ 8nd Linkwitz-Riley ) Phase Selectable: 0/180 Degrees Variable Level: -infinity to 10dB Track High Mid (R and L) Stereo High Pass Filter: Variable from 400Hz to 3KHz (-12dB/ 8nd Linkwitz-Riley ) Low Pass Filter: Variable from 5KHz to 20KHz (-12DB/ 8nd Linkwitz-Riley ) Phase Selectable: 0/180 Degrees Variable Level: -infinity to 10dB Track High (R and L) Stereo High Pass Filter: Variable from 2KHz to 10KHz (-12dB/ 8nd Linkwitz-Riley ) Phase Selectable: 0/180 Degrees Variable Level: -infinity to 10dB Input Impedance: 10K Ohms Output Impedance: 470 Ohms Maximum Input Level R/L: 4.57 V RMS @ ( 15.4 dBu) Maximum Level of Output R/L: 9.3 V RMS @ ( 21.6 dBu) Max Output Level of Pass Thru R/L: 9.3 V RMS @ ( 21.6 dBu) Frequency Response: (-1dB) of 10Hz to 100KHz Total Harmonic Distortion (THD): < 0.01% at 1KHz Crosstalk (separation between channels): >85dB Power Supply Voltage: 10.5 to 16 VDC Nominal Consumption: 420mA @ 12.6 Vdc Protection: Inversion of Polarity Dimensions (WxHxD): 9.37" x 1.65" x 5.71" Weight: 1.54lbs DTX-2.4S- Quantity of channels - 4 Filters: Per DSP, 24-bit/ 48KHz, (-24dB/ 8th) - 4TH order (Butterworth) VIA LOW (L/R) cut-off Frequency (HPF): 9 preset adjustments 20/25/30/35/40/45/50/55/60Hz cut-off Frequency (LPF): 19 preset adjustments 60/70/80/90/100/110/125/140/160/180/200/225/250/280/320/360/400/450/500Hz TRACK LOW MID (L/R) cut-off Frequency (HPF): 11 preset adjustments 60/70/80/90/100/110/125/140/160/180/200Hz cut-off Frequency (LPF): 25 preset adjustments 200/225/250/280/320/360/400/450/500/570/640/720/800/900/1K/1.1K/1.2K/1.4K/1.6K/1.8K/2K/2.2K/2.5K/2.8K/3.2KHz TRACK HI MID (L/R) cut-off Frequency (HPF): 21 preset adjustments 200/225/250/280/320/360/400/450/500/570/640/720/800/900/1K/1.1K/1.2K/1.4K/1.6K/1.8K/2KHz cutoff Frequency (LPF): 9 preset adjustments 5.1K/5.7K/6.4K/7.2K/8.1K/9.1K/10K/11K/12KHz VIA HIGH (L/R) cut-off Frequency (HPF): 17 preset adjustments 2K/2.2K/2.5K/2.8K/3.2K/3.6K/4K/4.5K/5.1K/5.7K/6.4K/7.2K/8.1K/9.1K/10K/11K/12KHz Input Impedance: 18K ohms Output Impedance: 470 ohms Maximum Input L/R: 4.0 V RMS @ ( 14 Dbu) Maximum Level of Output L/R: 4.0 V RMS @ ( 14 dBu) Frequency Response: 20Hz to 23KHz (-3dB) Total Harmonic Distortion (THD): < 0.01% at 1KHz Signal / Noise Ratio: >90dB Crosstalk (separation between channels): >80dB Power Supply Voltage: 10 to 16 VDC Nominal Consumption: 0.50A @ 12.6 Vdc Protection: Reverse Polarity and short circuit Dimensions (WxHxD): 9.76" x 1.65" x 5.32" Weight: 1.52lbs Additional Functions: Adjustments of phase, gain, alignment and mute Power Supplies- TEF-30A- Dual voltage Power Supply: automatic (127 / 220V AC) Operational range 127V: 100 to 140V AC Operational range 220V: 200 to 240V AC Rated Current max. output: 30 Amps Efficiency: 85% Consumption Maximum Current Draw 127V: 5.6 Amps Maximum Current Draw 220V: 4.0 Amps Maximum Floatation at full load (30A @ 12.6V): < 3% Input Fuse (internal): 10A, quick action Dimensions (WxHxD): 6.54" x 2.05" x 5.71" Weight: 2.36lbs TEF-50A- Dual voltage Power Supply: automatic (127 / 220V AC) Operational range 127V: 105 to 140V AC Operational range 220V: 210 to 240V AC Rated Current max. output: 50 Amps Efficiency: 85% Consumption Output Voltage (Selectable): 12.6/ 13.8v/ 14.4vDC Maximum Current Draw 127V: 8.0 Amps Maximum Current Draw 220V: 5.0 Amps Maximum Floatation at full load (50A @ 12.6V): < 3% Input Fuse (internal): 10A, quick action Dimensions (WxHxD): 10.55" x 2.83" x 6.22" Weight: 5.51lbs TEF-100A- Dual voltage Power Supply: automatic (127 / 220V AC) Operational range 127V: 105 to 140V AC Operational range 220V: 190 to 240V AC Rated Current max. output: 100 Amps Efficiency: 85% Consumption Output Voltage (Selectable): 12.6/ 13.8v/ 14.4vDC Maximum Current Draw 127V: 16.5 Amps Maximum Current Draw 220V: 12.8 Amps Maximum Floatation at full load (100A @ 12.6V): < 3% Protection Threshold against overload/ short outlet: 120A Dimensions (WxHxD): 10.55" x 2.83" x 11.42" Weight: 9.48lbs

It's pronounced using 1 syllable as it's pronounced in Portuguese or Spanish. However, me being different, hehe, I always pronounce it Tear amps. The proper way is - tar omps. but as one word, 1 syllable. They use Half Bridge Technology which most to all brazilian companies do but they do have their own differences. Taramps Power supply range for T line is 10.5-15v but the HD line is 10.5-16v. The HD line is all Surface Mounted Devices which has excelled them to new levels since 2011. We have all heard and seen the name Brazilian fire-starters. This has been the case due to 2 reasons- small power terminals and VERY shady quality control! SPL-Lab actually did a review on a Stetsom amp a few years ago that was a horrible outcome. I can say that Taramp's has over 250 Employees a massive 3,000yd^2 facility moving tons of products yearly. The small power terminal issue is dealt with through us by supplying the customer with custom made inputs that FAR exceed the wiring requirement for that particular amp. We will NOT supply a customer or suggest a customer should use these amps without our terminals. South American usage is different on how they wire their batteries or Converters up to amps. Us in the USA must use batts and alternators and sometimes long wiring. That is where the inputs come in.

Accessories- Antenna- TFM1080i- The TFM 1080i Antenna has a universal application. It can be installed in any vehicle, secured by double-sided tape, developed with high performance, active circuitry that ensures clean reception, free of interference and noise. Great signal reception from AM and FM. Its design comes from meeting with the market trend, lightweight and discreet. TFM 1080i antenna universal electronic windshield printed Rod 10.25" SMD Technology amplified 8' 6" Cable from the antenna Connector in brass surface treated to eliminate oxidation Red LED Connection PLUG DIN Universal Application, can be installed in any vehicle Wireless Transmission- TW-Master/Slave- CHARACTERISTICS OF the TRANSMITTER (TW-MASTER): Operational Range of Radio Frequency: 2.4GHz ISM band (2.404GHz to 2.476GHz) Maximum Power of RF transmission: 20.2dBm (105mW) Connectivity: Up to 4 receivers (Slave) Input Impedance: 10K ohms audio (RCA) and 1K ohms (WIRE) Maximum Level of audio input L/R (RCA): 2V RMS ( 8dBu) Frequency Response: 10Hz to 22KHz (-1dB) Total Harmonic Distortion (THD): 0.01% the 1KHz Signal/Noise Ratio: >90dB Crosstalk (separation between channels): >80dB Power supply Voltage: 10 to 16V DC Maximum Consumption: 160mA @12.6 Consumption in Stand-by: 10mA Protection: resettable thermal fuse (PPTC), internal protection against polarity reversal Dimensions (WxHxD): 3.47: x 1.18" x 4.65" Weight: 0.22lbs CHARACTERISTICS OF RECEIVER (TW-slave): Operational Range of Radio Frequency: 2.4GHz ISM band (2.404GHz to 2.476GHz) Maximum Power of RF transmission: 20.2dBm (105mW) Output Impedance: 470 ohms audio Output level of audio L/R: 2V RMS Frequency Response: 10Hz to 22KHz (-1dB) Total Harmonic Distortion (THD): 0.01% the 1KHz Signal/Noise Ratio: >90dB Crosstalk (separation between channels): >80dB Power supply Voltage: 10 to 16V DC Nominal Consumption: 100mA @12.6 Consumption in Stand-by: 40mA Protection: resettable thermal fuse (PPTC), internal protection against polarity reversal Maximum Current output from remote: 250mA Dimensions (WxHxD): 3.47" x 1.18" x 4.65" Weight: 0.22lbs Voltmeter- VTR-1200- Innovative Digital Voltmeter Unique design, lightweight, transparent, functional and practical; very easy to be installed. Displaying BLUE showing the mark of innovation that TARAMPS provides to its consumers. For its connection, the connector system is detachable facilitating ease of installation. Technical Data: Voltage Range: 10.2 to 27V DC Maximum Current output remote (OUT) 650mA Maximum current Consumption: 60mA Dimensions: 4.72" X 3.47" X 1.18" Weight: 0.22lbs RCA Cables- RCA+ Twisted- - Cancellation of noise due to the construction of twisted pairs signals that improves the CMRR (Common Mode Rejection Ratio) Index of Common-Mode Rejection - Great driving signal due to its construction continues of connectors - Logotype Taramps in low relief showing the quality of the product - RCA Connectors ultra compact and bicolor to facilitate identification at the time of installation - Tip of the RCA connector closed for better signal transfer - The Drivers 2x0,12mm² in copper OFHC (Oxygen Free High Thermal Conductivity) high thermal conductivity - free of oxygen - External Cover translucent with double insulation in PVC (Polyvinyl chloride) offers flexibility These cables come in the following models- 15"- 2 Male In, 2 Male Out 78"- 1 Female In, 2 Male Out 39"- 1 Male In, 2 Female Out 196"(16 1/3 FT)- 2 Male In, 2 Male Out RCA High Grade- INNER CONDUCTOR Coper Wire Rope- 0.20mm2 - for systems that require greater flexibility and low ohm resistance of the inner conductor oxygen-free copper (OFC) with purity greater than 99% and nominal resistivity of 1.274 x 10-6 (ohm/cm) at 20C lower resistance results in increase in driving the signal; Dielectric Insulation The main element of the coaxial cable, because the electromagnetic wave walks inside the dielectric to transmit the signal by the inner conductor EXTERNAL CONDUCTOR (SHIELD) Double braided shield; bare copper with 128 wires of 0.127mm2 Semiconductor Polymer, conductive material carbon-based; COVER OR EXTERNAL COVER Provides the protection of the cable against the external environment PVC (Polyvinylchloride) - offers flexibility CONNECTORS Manufactured brass plated CLA in nickel offering a great driver of the signal and has cavities with high pressure. The spring has the function to increase flexibility and not to damage the cable. These cables come in the following models- 39"- 1 Male In, 1 Male Out 39"- 2 Male In, 2 Male Out 39"- 1 Male In, 2 Female Out 78"- 1 Female In, 2 Male Out 196"(16 1/3 FT)- 2 Male In, 2 Male Out 118"(9 3/4 FT)- 2 Male In, 2 Male Out Equalizers- DEQ-1000- Frequency Selection: 15 Bands separated by 2/3 octave (25Hz, 40Hz, 63Hz, 100Hz, 160Hz, 250Hz, 400Hz, 630Hz, 1KHz, 1.6KHz , partials close , 6.3KHz , 4KHz, 10KHz, 16KHz) Mitigation / Enhancement: up to 12dB in steps of 0.5dB Signal / Noise Ratio: >100 dB Crosstalk (separation between channels): >85dB THD: < 0.01% Frequency Response: 15Hz to 23KHz (-3dB) Maximum Level of Input Signal: 2.0V RMS Maximum Level of Output Signal: 2.0V RMS Input Impedance: 22K OHMS Output Impedance: 330 OHMS Operating Voltage: 8V to 16V DC Maximum Consumption: 400mA Dimensions (WXHXD): 7.6" x 1.7" x 4.72" Weight: 0.68lbs Additional Functions: Limiter with 6 levels of attenuation: (-3dB/ -6dB/ -9dB / -12dB / -15dB / -18dB) Filter HPF (subsonic): (Fc = 30Hz / 40Hz / 50Hz / 60Hz / 70Hz / 80Hz) with attenuation of 24dB/ 8nd Filter LPF: (Fc = 500Hz / 1KHz / of 1.5khz / 2KHz / partials close ) with attenuation of 12dB/ 8nd screen Saver with VU VU Bargraph leds with TI CLIP

TS Line- This line of amplifiers come in 2 or 4 channels and 1 5 channel. These amps come in 1ohm or 2ohm stability models and all ratings below are of 1ohm model. Expect slightly higher efficiency with 2ohm models. The 5 channel only comes in one version. All amps in the TS line use FIXED Crossover points. TS150x2- - Class of operation - (D) - maximum Power @ 13.8 VDC (2 OHMS) - 150 WRMS (2x75W) - maximum Power @ 13.8 VDC (4 OHMS) - 90 WRMS (2x45W) - maximum Power @ 13.8 VDC (8 OHMS) - 50 WRMS (2x25W) - Configuration: 2 x 75 Watts - 2 OHMS 1 x 150 Watts - 4 OHMS (Bridge) - Input Sensitivity - 320mV to 3.2V - Total Harmonic Distortion (THD) - > 0.05% - Separation between Channels (Crosstalk) - > 47dB - Signal / Noise Ratio - > 90dB - Damping Factor - > 180 - Frequency Response - 18Hz to 40KHz (-1dB) - Fixed: High Pass Crossover - 100Hz (-12db/ 8nd ) Low Pass - 100Hz (-12db/ 8nd ) Full Range (18Hz to 40KHz) - Input Impedance - 22K OHMS - System of Protection: Thermal and Short outlet - Minimum Supply Voltage - 10.5VDC - Supply Voltage Maximum - 15VDC - Consumption at Rest - 530mA - Cons. Max. Musical @ 13.8 vdc - 7Amp. - Cons. Max. with Sinusoidal Signal (1KHz) @ 13.8vdc - 13.5Amp - Dimensions (WxHxD) - 6.54" x 2.01" x 3.62" - Weight - 1.12lbs TS400x4EF- Number of Channels - 4 Automatic remote Actuation (No Remote terminal!) Power Max. @ 13.8 VDC - 2 OHMS - 400 W RMS (4X 100W RMS) Max. Power @ 13.8 VDC - 4 OHMS - 252 W RMS (4 X 63W RMS) Max. Power in Bridged @ 13.8 VDC - 4 OHMS - 400W RMS (2 X 200W RMS) Input Sensitivity: 6V Total Harmonic Distortion (THD): 0.05% Signal/Noise Ratio: >90dB Damping Factor: >300 Frequency Response (Full Range): 20Hz to 30KHz (-1dB) Crossover H. P. F (High Pass Filter): fixed 90Hz(-12dB/ 8nd ) L. P. F (Low Pass Filter): fixed 90Hz(-12dB/ 8nd ) Efficiency the Output Stage: >90% Input Impedance: 1K OHMS System of Protection - Thermal and Short on the Output Minimum Supply Voltage: 8VDC Voltage of Maximum Power: 16VDC Consumption at Rest: 1 Amp. Maximum Consumption Musical @ 13.8VDC: 19 Amp. Maximum Consumption In Sinusoidal Signal (1KHz) 13.8VDC: 38 Amp. Dimensions (WxHxD): 5.28" x 1.65" x 7.99" Weight: 1.96lbs TS600x4- Number of Channels: 4 Maximum Power @ 13.8 VDC - 2 OHMS: 720W RMS Maximum Power @ 13.8 VDC - 4 OHMS: 432W RMS Maximum Power @ 13.8 VDC - 8 OHMS: 240W RMS Maximum Power @ 12.6 VDC - 2 OHMS: 600W RMS Maximum Power @ 12.6 VDC - 4 OHMS: 360W RMS Maximum Power @ 12.6 VDC - 8 OHMS: 198W RMS Settings @ 12.6 VDC: 4 Channels - 4 X 150W RMS - 2 OHMS 3 Channels - 2 X 150W RMS - 2 OHMS 1 X 300W RMS - 4 OHMS - BRIDGE 2 Channels - 2 X 300W RMS - 4 OHMS - BRIDGE Input Sensitivity: 160mV (With the Level The 100 % .) Total Harmonic Distortion (Thd): 0.45% Separation between Channels (Crosstalk): >60dB Signal/Noise Ratio: >95dB Damping Factor: >200 Frequency Response (Full Range): 10Hz to 40KHz (-1dB) Crossover: H. P. F (High Pass Filter) fixed: 100Hz(-12dB/ 8nd ) L. P. F (Low Pass Filter) fixed: 100Hz(-12dB/ 8nd ) Efficiency: 80% Input Impedance: 18K OHMS System of Protection: Short in supply Voltage Output / High / Low Minimum Supply Voltage: 9VDC Supply Voltage: 16VDC Maximum Consumption dm Rest: 1.20 Amp. Maximum Consumption Musical @ 12.6vdc: 30 Amp. Maximum Consumption in Sinusoidal Signal (1khz) 12.6vdc: 60 Amp. Dimensions (WxHxD): 6.61" x 2.13" x 10.04" Weight: 3.35lbs TS800x4- Number Of Channels - 4 Max. Power @ 13.8 VDC - 1 OHMS: 960W RMS (4X 240W RMS) Max. Power @ 13.8 VDC - 2 OHMS: 600W RMS (4X 150W RMS) Max. Power @ 13.8 VDC - 4 OHMS: 288W RMS (4 X 72W RMS) Max. Power @ 12.6 VDC - 1 OHMS: 800W RMS (4X 200W RMS) Max. Power @ 12.6 VDC - 2 OHMS: 500W RMS (4X 125W RMS) Max. Power @ 12.6 VDC - 4 OHMS: 242W RMS (4 X 60W RMS) Pot. Max. in Bridged @ 13.8 VDC - 2 OHMS: 960W RMS (2 X 480W RMS) Pot. Max. in Bridged @ 13.8 VDC - 4 OHMS: 648W RMS (2 X 324W RMS) Pot. Max. in Bridged @ 12.6 VDC - 2 OHMS: 800 WRMS (2 X 400W RMS) Pot. Max. in Bridged @ 12.6 VDC - 4 OHMS: 540 WRMS (2 X 270W RMS) Input Sensitivity: 160mv (With The Level To 100 % .) Total Harmonic Distortion (THD): 0.5% Separation between Channels (Crosstalk): >45db Signal/Noise Ratio: >90db Damping Factor: >250 Frequency Response (Full Range): 20Hz TO 40khz (-1db) Crossover: H. P. F (High Pass Filter) fixed: 100Hz(-12db/ 8nd ) L. P. F (Low Pass Filter) fixed: 100Hz(-12db/ 8nd ) Bass Boost (Channels 3 and 4): 0 To 10db (50Hz) Efficiency: 78% Input Impedance: 18k OHMS System of Protection: Short Outlet / Supply Voltage High/low Minimum Supply Voltage: 10VDC Supply Voltage: 16VDC Maximum Consumption at Rest: 850ma. Maximum Consumption Musical @ 12.6vdc: 42.5 Amp. Maximum Consumption in Sinusoidal Signal (1khz) 12.6VDC: 85 Amp. Dimensions (WxHxD): 7.68" X 2.2" X 12.44" Weight: 5.18lbs TS1200x4- - Number of Channels - 4 - Pot. Max. @ 13.8VDC (1 OHM) - 1440 W RMS (4x360W RMS) - Pot. Max. @ 13.8VDC (2 OHMS) - 950W RMS (4x237W RMS) - Pot. Max. @ 13.8VDC (4 OHMS) - 522 W RMS (4x130W RMS) - Pot. Max. @ 12.6VDC (1 OHM) - 1200 W RMS (4x300W RMS) - Pot. Max. @ 12.6VDC (2 OHMS) - 792W RMS (4x198W RMS) - Pot. Max. @ 12.6VDC (4 OHMS) - 435 W RMS (4x109W RMS) - Pot. Max. in Bridged @ 13.8VDC (2 OHMS) - 1440W RMS (2x720W RMS) - Pot. Max. in Bridged @ 13.8VDC (4 OHMS) - 972W RMS (2x486W RMS) - Pot. Max. in Bridged @ 12.6VDC (2 OHMS) - 1200W RMS (2x600W RMS) - Pot. Max. in Bridged @ 12.6VDC (4 OHMS) - 810W RMS (2x405W RMS) - Bass Boost (Channels 3 and 4) - 0 to 10dB (50Hz) - Input Sensitivity - 160mV (With the Level to 100 % .) - Total Harmonic Distortion (THD) - > 0.5% - Separation between Channels (Crosstalk) - > 45dB - Signal-to-Noise Ratio - > 90dB - Damping Factor - 350 - Frequency Response (Full Range) - 20Hz to 30kHz (-1dB) - Crossover: H. P. F (High Pass Filter) - Fixed 100Hz (-12db/ 8nd ) L. P. F (Low Pass Filter) - Fixed 100Hz (-12db/ 8th) - Input Impedance - 18k OHMS - Protection: Short on the Output and Supply Voltage High / Low - - Minimum Supply Voltage - 10VDC - Supply Voltage Maximum - 16VDC - Consumption at Rest - 1.80 Amp. - Cons. Maximum Musical @ 12.6VDC - 65 Amp. - Cons. Maximum with Sinusoidal Signal (1KHz) @ 12.6VDC - 130Amp. - Dimensions (WxHxD) 7.68" x 2.2" x 14.25" - Weight - 6.06lbs TS1300x2- Number of channels - 2 maximum Power @ 13.8 VDC - 1 OHM: 1559W RMS maximum Power @ 13.8 VDC - 2 OHMS: 935W RMS maximum Power @ 13.8 VDC - 4 OHMS: 514W RMS maximum Power @ 12.6 VDC - 1 OHM: 1300W RMS maximum Power @ 12.6 VDC - 2 OHMS: 780W RMS maximum Power @ 12.6 VDC - 4 OHMS: 429W RMS Configurations to 12.6 VDC 2 channels - 2 X 650W RMS 1 OHM - 1 channel - 1 X 1300W RMS - 2 OHMS (BRIDGED) input Sensitivity: 160mV (With the Level to 100 %) Total Harmonic Distortion (THD): 0.45% Separation between channels (crosstalk): >70dB Signal/Noise Ratio: >92dB damping Factor: >350 frequency Response (FULL RANGE): 15Hz to 38KHz (-1dB) Crossover: H. P. F (High Pass Filter) fixed: 100Hz(-12dB/ 8nd ) L. P. F (Low Pass Filter) fixed: 100Hz(-12dB/ 8nd ) Bass boost (Channels 1 and 2): 0 to 10dB (50Hz) Efficiency: 80% input Impedance: 18K OHMS System of protection: Short outlet / supply Voltage high/low minimum supply Voltage: 9VDC supply Voltage: 16VDC maximum Consumption at rest: 1.20 Amp. Maximum Consumption musical @ 12.6VDC: 63.7 Amp. Maximum Consumption in sinusoidal signal (1KHz) 12.6VDC: 128 Amp. Dimensions (WxHxD): 7.68" x 2.2" x 12,2" Weight: 4.87lbs TS700.5D- Number of channels 05 Channels Front / Rear Max. Power 13.8 VDC - 2 OHMS 100W RMS Max. Power 13.8 VDC - 4 OHMS 60W RMS Max. Power 13.8 VDC - 8 OHMS 40W RMS Channel SUB 2 OHMS 300W RMS 4 OHMS 180W RMS 8 OHMS 120W RMS 5 Channels 4 x 100W RMS - 2 OHMS 1 x 300W RMS - 2 OHMS 3 Channels 2 x 200W RMS - 4 OHMS 1 x 300W RMS - 2 OHMS Input Sensitivity 140mV. (With level to 100 %) Frequency Response 20Hz to 20KHz (-1dB) 30Hz to 300KHz (-3dB) Bass Boost 0 to 18dB (45Hz) H. P. F (High Pass Filter) Variable 15Hz to 250Hz (-12dB/ 8) L. P. F (Low Pass Filter) Variable 30Hz to 300KHz (-12dB/ 8) Dimensions (LxWxH) 12.01" x 6.93" x 2.01" Weight: 4.66lbs