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Rabbit-Labs Flipper Zero ESP32-C5 Multi-Board: CC1101, GPS & Dual-Band Wi-Fi 6 Features

Flipper Zero ESP32 C5 multi board

Designed by Rabbit-Labs EU, the Flipper Zero ESP32-C5 multi-board is an expansion board for the Flipper Zero built around the ESP32-C5 dual-band Wi-Fi 6 (2.4 GHz and 5 GHz) microcontroller. The board also features a TI CC1101 sub-GHz transceiver, a GPS module, an SD card slot, and a USB-C port for power and programming. Last month, we wrote about the ESP32 Marauder 5G Apex 5 module, another ESP32-C5-based add-on for the Flipper Zero that comes with dual-band Wi-Fi 6, two sub-GHz radios, an NRF24 radio, and a built-in GPS module, which makes it quite bulky, to say the least. Compared to that, Rabbit Labs’ multi-board can be considered a stripped-down, simpler alternative, with a more compact design and straightforward setup. ESP32-C5 multi-board specifications: Main module – ESP32-C5-WROOM-1U SoC – Espressif Systems ESP32-C5 CPU Single-core 32-bit RISC-V processor @ up to 240 MHz Low-power RISC-V core @ 40 MHz acting as the […]

The post Rabbit-Labs Flipper Zero ESP32-C5 multi-board features CC1101, GPS, and dual-band Wi-Fi 6 appeared first on CNX Software – Embedded Systems News.

Apple’s $549 AirPods Max 2 Feature Enhanced ANC and Live Translation

Apple has just announced the AirPods Max 2 with better noise cancellation and sound quality. The second generation of Apple’s over-ear headphones starts at $549 and comes equipped with an H2 chip, powering features like adaptive audio, conversation awareness, voice isolation, and AI-powered live translation, which translates speech in real-time. As noted by Apple, the […]

Comparing AMOLED and PMOLED Screens: Essential Distinctions Clarified

may not be the most dependable TVs available regarding their longevity, yet their exceptional contrast and extensive color range still place them far above any other option.

The OLED in OLED TVs signifies organic light-emitting diodes, meaning they utilize individual carbon-based pixels rather than a combined backlight. This allows each pixel to be activated and deactivated independently without influencing the others on the display. The relatively straightforward acronym OLED isn’t the only version, though; terms like AMOLED and PMOLED frequently arise, particularly in the context of smartphones or smaller electronic devices.

AMOLED denotes Active-Matrix OLED, while PMOLED refers to Passive-Matrix OLED. What’s the distinction between AMOLED and PMOLED, and why do brands favor AMOLED more frequently? As implied by the name, the technology in AMOLED actively regulates the pixels through dedicated switches located in each pixel, whereas PMOLED illuminates pixels by rapidly pulsing them before shutting them off. A PMOLED screen lacks switches in every pixel, which means entire rows of pixels are controlled simultaneously, rather than individually. Consequently, AMOLEDs offer superior visuals and a significantly quicker refresh rate, while PMOLEDs are less expensive to produce and better suited for smaller devices.

What kind of OLED is utilized in TVs?

Comparison of 120Hz and 144Hz Television Refresh Rates

Mini-LED televisions and QLED televisions. Don’t overlook the OLED televisions, QD-OLED televisions, and the emerging “Micro RGB TVs” that are being presented as the upcoming standard. However, it’s not solely the panel technology that undergoes updates every few years. There have also been 120Hz televisions and 144Hz televisions, with the latter notably gaining popularity in recent times.

All leading smart TV manufacturers, including LG and Samsung as well as Hisense and TCL, today offer at least one 144Hz television in their lineup. That being said, the somewhat older 120Hz televisions continue to be a favored option among consumers. But why do terms like 120Hz and 144Hz matter for a television, and is there a significant distinction in TVs that advertise these specifications? Let’s explore.

What are 60Hz, 120Hz, or 144Hz?

My Fitness Tracker: My Secret Weapon Against Chronic Illness

One of the first major crashes I experienced as a chronically ill person happened on an unusually sunny January day in New York City. It was 2023, and I was riding my bike with a friend, flying high from the exercise. We’d covered just over 40 miles on mostly flat ground, a longish ride, but […]

How to Turn Your Android Tablet into a Mobile Monitor via a USB Link

there’s no requirement for Android tablets in the present computing environment. In fact, the screen-extension application proves particularly beneficial for older Android tablets that lack the speed for your current daily productivity demands. They can still function as additional displays for your laptop or desktop. According to the developer, SuperDisplay necessitates Android 5.0 or newer to operate, which implies that the app is suitable for considerably older tablet models.

Even if you frequently use tablets and possess one of the latest flagship devices, such as the Galaxy Tab S11, you can still utilize them as portable displays when your Windows PC is needed for more intricate tasks than what an Android tablet can provide.

How to utilize SuperDisplay on an Android tablet

SuperDisplay is obtainable for download from the Google Play Store, and you can experiment with it for free before purchasing. You will also need to get the Windows 10 driver that will enable your computer to recognize the tablet as a display. The driver can be found on the superdisplay.app website. Once you install both the driver and the application, you’ll be capable of transforming your Android tablet into a display. While older Android devices will be compatible with Super