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To 1475MHz Boost Clock 105W Maximum Graphics Power with Dynamic Boost. *May vary by scenario NVIDIA® GeForce RTX™ 3060 Laptop GPU 6GB GDDR6 Up to 1475MHz Boost Clock 105W Maximum Graphics Power with Dynamic Boost. *May vary by scenario NVIDIA® GeForce RTX™ 3050Ti Laptop GPU, 4GB GDDR6 Up to 1535MHz Boost Clock 75W Maximum Graphics Power with Dynamic Boost.*May vary by scenario NVIDIA® GeForce RTX™ 3050 Laptop GPU 4GB GDDR6 128-bit Up to 1550MHz Boost Clock 75W Maximum Graphics Power with Dynamic Boost.*May vary by scenario Memory DDR5-4800 Max 64GB 2 Slots DDR4-3200 Max 64GB 2 Slots DDR5-4800 Max 64GB 2 Slots DDR4-3200 Max 64GB 2 Slots DDR5-4800 Max 64GB 2 Slots DDR4-3200 Max 64GB 2 Slots DDR4-3200 Max 64GB 2 Slots DDR4-3200 Max 64GB 2 Slots Storage Capability 2x M.2 SSD slot (NVMe PCIe Gen4) 2x M.2 SSD slot (NVMe PCIe Gen4) 2x M.2 SSD slot (NVMe PCIe Gen4) 2x M.2 SSD slot (NVMe PCIe Gen4) 2x M.2 SSD slot (NVMe PCIe Gen4) 2x M.2 SSD slot (NVMe PCIe Gen4) 1x M.2 SSD slot (NVMe PCIe Gen4) 1x M.2 SSD slot (NVMe PCIe Gen4) Webcam HD type (30fps@720p) HD type (30fps@720p) HD type (30fps@720p) HD type (30fps@720p) HD type (30fps@720p) HD type (30fps@720p) HD type (30fps@720p) HD type (30fps@720p) Keyboard RGB Backlight Keyboard RGB Backlight Keyboard RGB Backlight Keyboard RGB Backlight Keyboard RGB Backlight Keyboard RGB Backlight Keyboard RGB Backlight Keyboard RGB Backlight Keyboard Communication Gb LAN 802.11 ax Wi-Fi 6 + Bluetooth v5.2 Gb LAN 802.11 ax Wi-Fi 6 + Bluetooth v5.2 Gb LAN 802.11 ax Wi-Fi 6 + Bluetooth v5.2 Gb LAN 802.11 ax Wi-Fi 6 + Bluetooth v5.2 Gb LAN 802.11 ax Wi-Fi 6 + Bluetooth v5.2 Gb LAN 802.11 ax Wi-Fi 6 + Bluetooth v5.2 Gb LAN 802.11 ax Wi-Fi 6 + Bluetooth v5.2 Gb LAN 802.11 ax Wi-Fi 6 + Bluetooth v5.2 Audio 2x 2W Speaker 2x 2W Speaker 2x 2W Speaker 2x 2W Speaker 2x 2W Speaker 2x 2W Speaker 2x 2W Speaker 2x 2W Speaker Audio Jack 1x Mic-in/Headphone-out Combo Jack 1x Mic-in/Headphone-out Combo Jack 1x Mic-in/Headphone-out Combo Jack 1x Mic-in/Headphone-out Combo

Waveform processing techniques for text to speech synthesis using diphone. Speech comm. 9, 453–497 Google Scholar Ochard, T., Yarmey, A.: The effects of whispers, voice sample duration and voice distinctiveness on criminal Speaker Identification. Appl. Cogn. Psychol. 9(3), 249–260 (1995)Article Google Scholar Perrot, P., Aversano, G., Blouet, R., Charbit, M., Chollet, G.: Voice forgery using ALISP. In: Proc. ICASSP 2005, Philadelphie (2005) Google Scholar Rodman, R.: Speaker Recognition of disguised voices: a program for research. In: Consortium on Speech Technology Conference on Speaker by man and machine: direction for forensic applications, COST 250, Ankara, Turkey (1998) Google Scholar Valbret, H., Moulines, E., Tubach, J.P.: Voice trans-formation using PSOLA technique. In: Proc. ICASSP 92, San Francisco (1992) Google Scholar Shafran, I., Mohri, M.: A comparison of classifiers for detecting emotion from speech. In: Proc. ICASSP 2005, Philadelphia (2005) Google Scholar Stylianou, Y., Cappe, O.: A system for voice conversion based on probabilistic classification and a harmonic plus noise model. In: Proc ICASSP 98, Seattle, WA, pp. 281–284 (1998) Google Scholar Stylianou, Y., Cappe, O., Moulines, E.: Continuous probalistic transform for voice conversion. IEEE Trans. Speech and Audio Processing 6(2), 131–142 (1998)Article Google Scholar Zetterholm, E.: Voice Imitation. A phonetic study of perceptual illusions and acoustic success. Dissertation, Department of Linguistics and Phonetics, Lund University (2003) Google Scholar Rostolland, D.: Acoustic features of shouted voice. Acustica 50, 118–125 (1982a) Google Scholar Rostolland, D.: Phonetic structure of shouted voice. Acustica 51, 80–89 (1982b) Google Scholar Rostolland, D.: Intelligibility of shouted voice. Acoustica 57, 103–121 (1985) Google Scholar Abboud, B., Bredin, H., Aversano, G., Chollet, G.: Audio visual forgery in identity verification. In: Workshop on Nonlinear Speech Processing, Heraklion, Crete, 20-23 Sep (2005) Google Scholar Atal, B.S.: Automatic speaker recognition based on pitch contours. Journal of Acoustical Society of America 52, 1687–1697 (1972)Article Google Scholar Zalewski, J., Maljewski, W., Hollien, H.: Cross correlation between Long-term speech Spectra as a criterion for speaker identification. Acoustica 34, 20–24 (1975) Google Scholar Download references

Select Menu, then select Settings (All Settings). Select Sound, then select Sound Output, and then select Bluetooth Speaker List. 2019, 2018, and 2017 Smart TVs (including R, N, and M models): Select Home, then select Settings, and then select Sound. Select Sound Output, and then select Bluetooth Speaker List.2016 Smart TVs (K models): Select Home, then select Settings, and then select Sound. Select Expert Settings, then select Wireless Speaker Manager, and then select Bluetooth Audio Devices.2015 Smart TVs (J models) - Samsung SoundConnect devices: Select MENU, then select Sound, and then select Additional Settings. Select TV SoundConnect.2015 Smart TVs (J models) - Other Bluetooth audio devices: Select MENU, then select Sound, and then select Additional Settings. Select Bluetooth Audio.2014 Smart TVs (H models) - Samsung SoundConnect devices: Select MENU, then select Sound, and then select Speaker Settings. Select TV SoundConnect.2014 Smart TVs (H models) - Other Bluetooth audio devices: Select MENU, then select Sound, and then select Speaker Settings. Select TV Sound Output, and then select Bluetooth Headphone. Note: This feature is not available on 2014 and earlier TV models.You can turn on both the TV speaker and a Bluetooth device designed for someone who is deaf or hard of hearing at the same time. The person can then set the volume of their Bluetooth device higher than the volume of the TV speaker without affecting the volume of the TV speaker, allowing everyone to listen to the TV at comfortable sound levels.The process is slightly different depending on what model of TV you have: 2022, 2021, and 2020 Smart TVs: Select Menu, then select Settings, and then select All Settings. Select General & Privacy, then select Accessibility, and then select Multi-output Audio.2019, 2018, and 2017 Smart TVs (including R, N, and M models): Select Home, then select Settings, and

Download Article Download Article Preparing the Wire|Attaching the Plug|FAQ|Tips|Warnings|Things You'll Need Banana plugs attach to either end of a speaker wire, making it easy to plug and unplug your speaker and receiver. You'll just need to prepare the wires by stripping, twisting, and soldering them. Then, insert the red wire into the positive plug and the black wire into the negative plug.Quick Guide: Using Banana PlugsTo use banana plugs, make sure you have enough wire, leaving at least 1-2 ft of slack between the speakers. Strip, twist, and solder the ends of the wire. Attach the red wire to a positive plug, the black wire to a negative plug, and tighten the screws.For popular FAQs on using banana plugs, jump to more common questions. The length of the speaker wire will depend on how far apart you want your speaker components to be. When you're measuring, leave at least 1–2 ft (0.30–0.61 m) of slack in the cable. If it’s pulled tight when you plug it in, the pressure could fray the cable or damage your sound equipment.[1]Use wire cutters to clip the speaker wire to the length you need.The further apart your speaker and receiver will be, the more slack you'll need to add. Speaker wire has 2 sides, but the appearance can vary. If your wire is black and red, the positive side is red. If your wire is all the same color, look closely at the 2 sides. The side with small writing along the insulation is the positive side.[2]This is the side you’ll attach to the banana plug with the red mark, and you’ll plug it into the red terminals on your speaker and receiver.It’s very important to pay attention to the polarity of the wire. Attaching the positive wire to the wrong terminal could damage your equipment, injure you, or start a fire.AdvertisementStrip away 3⁄4–1 in (1.9–2.5 cm) of insulation with your wire cutters. Most wire cutters have a small notch inside of the blades for stripping away the insulation. Place your wires into this notch and apply gentle pressure. Pull upward in a twisting motion, hard enough to pull away the insulation without scoring the copper itself. Do this on both sides of your speaker wire, and on both ends, for a total of 4 times.[3]If your wire cutters don’t have that notch, use the blades to gently score the wire, then use your hands to pull the insulation apart.Do not cut into the wire itself. If you do, snip off that portion of the wire and start over.Only strip as much wire as you need for it to fit snugly into the plug. If you strip away too much insulation, you might see the exposed copper on the outside of your plug. Use your fingers to smooth out the exposed ends of the copper wire. Make sure all of the wires are facing the same direction, then roll them a few times between your fingers to twist them securely together. Repeat this for

DRIVERACK PREMIUM IS ONLY AVAILABLE IN CHINAAll you need to get the most from your PA. Now with complete control from your mobile device.The DriveRack® Premium provides all the processing you need between your mixer and amplifiers to optimize and protect your loudspeakers. With the latest advancements in dbx’s proprietary AutoEQ™ and AFS™ algorithms, a new input delay module for delaying the FOH system to the backline, Ethernet control via an Android®, iOS®, Mac®, or Windows® device, and updated Wizards, the DriveRack Premium continues the DriveRack legacy of great-sounding, powerful, and affordable loudspeaker management processors, for a whole new generation.AutoEQ™New, improved AutoEQ algorithm ensures an extremely accurate, fast, and non-intrusive automatic EQ experience.With the RTA Mic “listening” to your room, the new, updated DriveRack Premium AutoEQ algorithm sets speaker levels and room EQ automatically in a matter of seconds. This means room adjustments can now be made very quickly, without subjecting the audience to annoying, lengthy broadcasts of pink noise.Enhanced AFS™ Feedback EliminationEnhanced AFS™ algorithm for faster, more precise feedback elimination, without adversely affecting your system’s tone.Nothing turns audiences away like annoying and potentially painful audio feedback. Fortunately, dbx engineers have revisited their already-stellar Advanced Feedback Suppression algorithm and made it work even better. The DriveRack Premium listens for and anticipates feedback and adjusts speaker output automatically before it even has a chance, while never altering your sound.Updated Wizard Setup FunctionsUpdated Wizards make initial set up easy, while ensuring speaker tunings and other settings are up-to-date.Wizard functions on the DriveRack Premium guide you through easy, step-by-step processes to help you get the most from your loudspeaker system. Helps you easily configure level balancing, AutoEQ, Advanced Feedback Suppression, and provides access to built-in and constantly updating speaker tunings from most major speaker manufacturers.Available Input Processingdbx CompressionAFS™ (Advanced Feedback Suppression)Graphic EQ8-Band Parametric EQ (adjusted when using the AutoEQ)Subharmonic SynthesisAvailable Output ProcessingCrossover (supports full range, 2-way, and 3-way systems)8-Band Parametric EQs (used for speaker tunings)dbx LimitingDriver Alignment Delays Recommended for: Installed, Portable, Tour. RTA-M | Reference Microphone The optional RTA-M real time audio analyzing mic is the perfect accessory tool for the DriveRack PA series (PA, PX, PA+, PA2) and 260. Used in conjunction with the System Setup Wizard and Auto EQ Wizard the RTA-M is ideal for optimizing the sound quality of even the most difficult of acoustic environments.The RTA-M is an omni-directional, flat frequency measurement microphone specially designed for the Driverack

3: Press down on the front end of the M.2 SSD and make sure the M.2 SSD is secured by the clip. Remove the protective film from the bottom of the motherboard heatsink, and finally, turn the M.2 EZ-Latch Click clip clockwise and then install the heatsink back in place. M2P_SB/M2M_SB: Follow the steps below to correctly install an M.2 SSD in the M.2 connector. Step 1: Turn the M.2 EZ-Latch Click clip clockwise and remove the motherboard heatsink. Step 2: Insert the M.2 SSD into the M.2 connector at an angle. Press down on the front end of the M.2 SSD and make sure the M.2 SSD is secured by the clip. Step 3: Remove the protective film from the bottom of the motherboard heatsink, and finally, turn the M.2 EZ-Latch Click clip clockwise and then install the heatsink back in place. * Types of M.2 SSDs supported by each M.2 connector: Connect the power switch, reset switch, speaker, chassis intrusion switch/sensor and system status indicator on the chassis to this header according to the pin assignments below. Note the positive and negative pins before connecting the cables. PLED/PWR_LED (Power LED): Connects to the power status indicator on the chassis front panel. The LED is on when the system is operating. The LED is off when the system is in S3/S4 sleep state or powered off (S5). System Status LED S0 On S3/S4/S5 Off PW (Power Switch): Connects to the power switch on the chassis front panel. You may configure the way to turn off your system using the power switch (please navigate to the "BIOS Setup" page of GIGABYTE's website and search for "Soft-Off by PWR-BTTN" for more information). SPEAK (Speaker): Connects to the speaker on the chassis front panel. The system reports system startup status by issuing a beep code. One single short beep will be heard if no problem is detected at system startup. HD (Hard Drive Activity LED): Connects to the hard drive activity LED on the chassis front panel. The LED is on when the hard drive is reading or writing data. RES (Reset Switch): Connects to the reset switch on the chassis front panel. Press the reset switch to restart the computer if the computer freezes and fails to perform a normal restart. CI (Chassis Intrusion Header): Connects to the chassis intrusion switch/sensor on the chassis that can detect if the chassis cover has been removed. This function requires a chassis with a chassis intrusion switch/sensor. NC: No Connection. The front panel design may differ by chassis. A front panel module mainly consists of power switch, reset switch, power LED, hard drive activity LED, speaker and etc. When connecting your chassis front panel module to this header, make sure the wire assignments and the pin assignments are matched correctly. The front panel audio header supports High Definition audio (HD). You may connect your chassis front panel audio module to this header. Make sure the wire assignments of the module connector match the pin