The unannounced Samsung Galaxy A35 5G smartphone has been tested in Geekbench 5, making it known how productive it will be. This was reported by GizmoChina, Day.Az reports with reference to Gazeta.ru.
Samsung Galaxy A35 5G is built on the Exynos 1380 processor. The Exynos 1380 has eight cores, the first four of which are clocked at 2.4 GHz, and the second at 2 GHz. It also became known from the Geekbench test that the smartphone will be delivered to the market with Android 14.
Test results for the Galaxy A35 5G version in Geekbench 5 with 8 GB of RAM have appeared online. However, according to rumors, the new product will also receive a version with 6 GB of RAM. The 8 GB version scored 1020 and 2973 points in Geekbench 5 single-core and multi-core testing modes, respectively.
According to GizmoChina, the Galaxy A35 5G will also support 25W fast wireless charging and will come in three colors (Awesome Iceblue, Awesome Lilac and Awesome Navy). The device is expected to be released in the second quarter of 2024.
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Samsung’s unannounced budget smartphone was tested in a popular benchmark – 2024-05-09 08:13:05
Dragonfly Drone Mission to Titan’s Atmosphere: Arrival Expected in 2034
Dragonfly, a drone flying in the atmosphere of Saturn’s largest moon, Titan, will arrive there in 2034. (A fantasy picture: NASA / Johns Hopkins APL / Steve Gribben)
After a favorable decision, design, construction and final testing of the mission can begin. The Dragonfly (Hungarian: dragonfly) probe, the size of a car, i.e. similar to the Curiosity probe on Mars, was launched by the Applied Physics Laboratory of Johns Hopkins University (Laurel, Maryland) (JHU APL, Johns Hopkins Applied Physics Laboratory) to build. If the launch date is not postponed, the probe will reach Titan in 2034. The nuclear-powered drone is then expected to fly to a new location once every Titan day (equivalent to 16 Earth days) for 2.5 years and study the prebiotic chemical processes at each landing site on the moon, which also contains organic matter.
Flight tests were carried out with the Dragonfly model in California, in an area similar to the dunes of Titan. (Source: YouTube, Johns Hopkins Applied Physics Laboratory)
As we know, Titan is the only moon in the solar system that has a dense atmosphere, and on its surface there are lakes and oceans made of liquid material (hydrocarbons). Titan has long been the focus of planetary scientists’ interest because it is believed that the conditions on its surface may be similar to those on Earth, which once had a methane-rich atmosphere when life arose. The possible presence of hydrocarbon rivers and life-sustaining organic matter raises the question of Titan’s habitability, a major focus of Dragonfly’s investigations.
A 1:2 scale down Dragonfly was used for aerodynamic tests in a 4.3 by 6.7 meter (14 by 22 ft) wind tunnel at NASA’s Langley Research Center. (Source: YouTube, Johns Hopkins Applied Physics Laboratory)
Dragonfly’s launch was previously planned for 2027, but due to uncertainty in this year’s and next year’s budgets, NASA deemed it appropriate to postpone the planned date . At the beginning of March, the government presented NASA’s budget plan for 2025, in which 2.73 billion dollars are earmarked for the exploration of the solar system with robots, part of which can be used for the development of Dragonfly, which has the requirements estimated cost for the duration of the solar system. The mission, according to NASA’s previous announcement, is 3.35 billion dollars. The latter figure is (much) higher than Dragonfly’s original budget, as the mission was originally commissioned by NASA within the framework of the New Frontiers program was selected for implementation, but in this program the missions had to be designed within the budget ceiling of 1 billion dollars. (The New Frontiers series includes NASA’s medium-sized and low-budget missions, the first three missions were New Horizons, Juno and OSIRIS-REx, the fourth is Dragonfly.)
Dragonfly on the surface of Titan. (A fantasy picture: NASA / Johns Hopkins APL / Steve Gribben)
Although it will be another ten years before Dragonfly begins operating in Titan’s atmosphere and surface, many of the probe subsystems have already been tested on Earth, including the guidance and navigation systems. In July 2022, flight tests of the same drone as Dragonfly were conducted over a landscape similar to the surface of Titan in California, and wind tunnel tests were conducted with the device at NASA’s Langley Research Center in Virginia.
Dragonfly developers with a scaled-down 1:2 version of the probe in a wind tunnel at NASA’s Langley Research Center. (Picture: Johns Hopkins APL / Ed Whitman)
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Helicopter to Titan
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Affiliate links:
NASA greenlights 2028 launch for massive Dragonfly mission to Saturn’s giant moon Titan (space.com)
NASA Wants To Fly This Nuclear Dragonfly Drone On Saturn’s Moon Titan (space.com)
2024-05-09 05:15:00
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Dragonfly Drone Mission to Titan’s Atmosphere: Arrival Expected in 2034
Windows will now show your RAM speed in MT/s, what does that mean?
2024-05-08 20:00:00
The industry is moving away from using the term MHz to measure RAM speed and adopting the term MT/s. The reason for this is that MHz is a measure of frequency and MT/s is a measure of data speed.
Mega transfer is a unit of data transfer rate in megabytes. One mega transfer equals one megabyte. Expressing it in seconds means greater precision when talking about the amount of data transferred per second.
Change in Windows Task Manager
“Task Manager” shows us how much RAM we are using. In addition, it displays other parameters such as the speed expressed in MHz. It is precisely this point that changes, since it will now be expressed in MT/s. It thus adapts to the nomenclature change that most manufacturers of this component make.
This tweak is currently only available to users of the Windows Insiders program in beta format for build 22365.3570. We currently do not know when the change will be mass distributed so that it is available to all users.
With this move, Microsoft aligns with the step taken by the industry to stop using frequency as equivalent to speed. Manufacturers choose two paths. The first is to simplify the name to “DDR5-6000” without adding devices, but this adoption is a minority. Others choose to express it as “DDR5 6000 MT/s” which is more common and correct.
So both Microsoft and RAM manufacturers dismiss frequency as synonymous with speed. Certainly, the change is necessary, since we were using an incorrect value, but one that had been established by the industry for about three decades.
Why was MHz used in RAM?
The use of MHz starts with the use of SDRAM memory, which was a fairly accurate way of measuring the speed of RAM. It was a synchronous transfer with the clock speed. Basically, if the RAM ran at 333 MHz, the data transfer rate was the same as the clock.
The introduction of Dual Data Rate (DDR) memory breaks the 1:1 ratio between frequency and transfer rate. Because square waves are used, the amount of data that can be transferred at the same clock speed is doubled.
Currently, 3600 MHz frequency modules refer to the amount of data RAM can transfer per second (MT/s), not the speed (MHz). In fact, when we see a frequency of 3600 MHz, we are really being told that the memory has a speed of 3600 MT/s or a frequency of 1800 MHz.
Well, now you know the difference between frequency (MHz) and transfer rate (MT/s) in RAM and why it has been misused for almost three decades.
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Windows will now show your RAM speed in MT/s, what does that mean?