Canston Launches 'Dupont,' a Portable Speaker with Impeccable Quality
Published2016.03.10 10:49
Integrating Bluetooth technology into speakers has now solidified as a trend. A significant number of recently released speakers emphasize not only ease of use and portability due to their small size, but also their versatility through the application of Bluetooth technology.
Canstone, a specialized manufacturer and distributor of audio equipment, announced the launch of the 'Canstone W13 Dupont' Bluetooth speaker, which stands out for its small size and portability that fits perfectly in the hand.
The 'Canstone W13 Dupont' comes in a total of four colors: red, black, gold, and silver.
The 'Canstone W13 Dupont' is a Bluetooth speaker equipped with Bluetooth 3.0 technology, allowing you to fully experience its true performance during outdoor activities by pairing it with the latest smartphones, iPads, or laptops for music, gaming, movie watching, and phone calls. It features a built-in 500mAh lithium-ion battery, enabling up to 6 hours of continuous music playback.
Han Jong-min, CEO of Canstone, an audio specialist company, expressed confidence in the product, stating, “Canstone has once again released a portable Bluetooth speaker, and the Canstone W13 DUPONT is a product with unrivaled strength in terms of portability.” He added, “By applying metal, which is typically chosen for high-end products, it is fully worthy of the title of a premium product.”
Comments
Related news
Canstone Launches Portable Bluetooth Soundbar Speaker
Users will be able to use a high-performance sound bar at home and carry a multifunctional, high-quality Bluetooth speaker when going out. From the user's perspective, portability, performance, and sound quality can now be satisfied with a single product, offering cost savings as an added benefit.
2016.02.02by 명세환 기자
Bluetooth speaker, radio, and clock all in one!
A smart all-in-one multiplayer with clock functionality as well as radio and speaker capabilities has been released and is expected to provide a new experience.
2016.02.16by
ESP32 Development Environment Selection and GPS Application Implementation
The ESP32 is a microcontroller that integrates Wi-Fi, Bluetooth, 12-bit ADC, capacitive touch, PWM, DAC, and UART in a single SoC. However, the abundance of features does not by itself solve the designer's problems. The real challenges lie in selecting the appropriate development environment, determining which pins can be used and which must be avoided, and converting raw data from modules into usable information. This document addresses ESP32 peripheral constraints (ADC2 and Wi-Fi coexistence limitation, UART1 occupancy, ADC non-linear regions), the trade-offs between Arduino IDE and ESP-IDF, and the process from connecting NEO-6M/NEO-M8N GPS modules to UART2, parsing NMEA sentences, and visualizing routes in Google Earth, all organized based on documented references.
2026.10.12by 편집부
MIPI CSI-2, DSI-2, C-PHY, D-PHY Test Solution Technical White Paper
The MIPI interface adopts a burst mode that transitions between low-power (LP) and high-speed (HS) states for low-power consumption, and in return, strict timing rules are imposed on state transitions. Additionally, the high-speed section operates as a packet-based protocol with headers, ECC, and CRC, so verification engineers must handle waveforms and protocols simultaneously. Traditional configurations combining general-purpose oscilloscopes and AWGs reveal limitations in setup complexity, measurement uncertainty, and lack of reproducibility when faced with these requirements. This white paper, based on webinar materials, organizes the structure of this problem and describes how the SV5C-DPTXCPTX generator for receiver testing and SV5C-DPRXCPRX analyzer for transmitter testing integrate state transition testing, stressed eye testing, and protocol analysis into a single bench, along with their application boundaries.
2026.10.12by 편집부
NVIDIA to Invest $1 Billion in U.S. Science Over Next Five Years
NVIDIA has announced plans to invest $1 billion over the next five years to strengthen U.S. scientific and technological competitiveness. The company will enhance cutting-edge artificial intelligence research and development capabilities in key areas including quantum computing, healthcare, and energy security, while expanding support for higher education research institutions and cloud service providers. NVIDIA is participating as a major industry partner in the White House Office of Science and Technology Policy's Genesis Mission, and is promoting supercomputer construction in collaboration with national laboratories including Argonne and Los Alamos.
2026.10.12by 배종인 기자
