Author: DA Gadgets

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Ancient 2,600-Year-Old Inscription in Turkey Finally Decoded: Here’s What it Means?

A 2,600-year-old inscription engraved on a monument in Turkey, known as Arslan Kaya or “lion rock,” has been deciphered, according to research by Professor Mark Munn of Pennsylvania State University. This ancient carving, which has endured significant damage from weathering and looting, contains references to Materan, a goddess revered by the Phrygians, an ancient civilisation that thrived in the region between 1200 and 600 B.C. Materan, often simply called “the Mother,” was central to Phrygian religious beliefs.

Monument Details and Historical Significance

The Arslan Kaya monument is decorated with images of lions and sphinxes, which were symbols of strength and protection in Phrygian culture. The name Materan, deciphered through careful analysis of the damaged inscription, appears alongside a depiction of the goddess. Materan was later venerated by other cultures, known as “Mother of the Gods” by the Greeks and as “Magna Mater” or “Great Mother” by the Romans.

At the time the inscription was created, the region was under the influence of the Lydian kingdom, which also held Materan in high regard. The inscription, believed to have been part of a longer text, may have detailed the commissioning party and explained the goddess’s significance.

Challenges in Deciphering the Inscription

The text has been the subject of scholarly debate for over a century. Munn utilised detailed photographs and historical records to piece together its meaning, noting that optimal lighting on April 25, 2024, played a crucial role in capturing the monument’s details.

Rostyslav Oreshko, a lecturer at the Practical School of Advanced Studies in France, told LiveScience that Munn’s work affirms earlier readings from the 19th century, which identified the name Materan. Despite this, Oreshko emphasised that the study solidifies previous interpretations rather than offering entirely new insights.

The deciphered inscription sheds light on the enduring cultural significance of Materan and highlights the Phrygians’ influence on subsequent civilisations.

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Solitary Dolphin in Baltic Sea Talks to Himself, Researchers Think it’s a Sign of Loneliness

A bottlenose dolphin residing alone in the Baltic Sea has been documented producing thousands of vocalisations, potentially as a result of loneliness. Known locally as Delle, this dolphin was first noticed in the Svendborgsund channel near Funen Island, Denmark, in 2019. Bottlenose dolphins typically thrive in social pods, but no other dolphins have been seen in the area.

The University of Southern Denmark deployed underwater recorders to monitor the impact of Delle’s presence on local harbour porpoises. Unexpectedly, 10,833 sounds were recorded over 69 days between December 8, 2022, and February 14, 2023. Dr Olga Filatova, cetacean biologist and lead researcher, reported hearing an extensive range of sounds, including whistles and tonal noises. These sounds are often associated with social interactions among dolphins, yet Delle was entirely alone.

Unpacking the Recordings

Among the captured vocalisations were 2,291 whistles and 2,288 burst-pulses—clicks often linked to aggression or excitement. Delle also produced three distinctive whistles resembling “signature whistles”, unique sounds used by dolphins as individual identifiers. These findings, detailed in the journal Bioacoustics on October 31, led researchers to initially speculate that multiple dolphins might be present. However, Delle’s solitary state ruled out such assumptions.

Possible Explanations for the Vocalisations

The sounds may indicate attempts to connect with others or might simply reflect involuntary expressions linked to emotions, similar to humans laughing while alone. Dr Filatova suggested it is unlikely that Delle was calling other dolphins, as his years in the area would have revealed the absence of companions.

The study highlights a gap in understanding solitary dolphins’ behaviour. Thea Taylor, Managing Director of the Sussex Dolphin Project, noted the potential for these findings to provide insights into dolphin emotions and behaviour, stressing that solitary individuals remain under-researched.
Delle’s case underscores the complexity of dolphin communication, with researchers aiming to uncover the motivations behind such vocal patterns in isolated circumstances.

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123 Bodies Found in England’s Ancient Leicester Cathedral: What You Need to Know

An excavation near Leicester Cathedral has led to the discovery of a burial pit containing the remains of 123 individuals. The find, described as one of the largest mass graves from the period, dates back over 800 years to the early 12th century. Despite the scale of the burial, no evidence of violence was found, leaving researchers questioning whether famine or disease was responsible for the deaths.

The team, led by Mathew Morris, Project Officer at the University of Leicester Archaeological Services, concluded that the pit was filled rapidly in three successive deposits. Morris, in an interview published by The Guardian, stated that the bodies appear to have been brought in cartloads and dropped into the shaft within a short period. He estimated the buried individuals represented about 5 percent of Leicester’s medieval population.

Clues in Historical Records and Radiocarbon Dating

As per the report by the publication, tnitial speculation linked the burial to the Black Death. However, radiocarbon testing placed the deaths in the 12th century, predating the plague by over a century. Morris told the publication that that this raises significant questions as there is no clear record of what caused the widespread fatalities.

Historical accounts mention severe famines and pestilences in England between the 10th and 12th centuries, offering potential explanations. The discovery aligns with descriptions of repeated outbreaks of disease and hunger.

Ongoing Investigations and Genetic Analysis

Samples have been sent to the Francis Crick Institute in London to identify pathogens that might explain the mass deaths. The absence of clothing remnants suggests deliberate preparation of the bodies, with burial practices hinting at civic organisation even during times of crisis. The burial pit was discovered during work for a heritage learning centre, which followed the unearthing of Richard III’s remains in 2012. This excavation has revealed nearly 1,200 burials spanning over eight centuries, offering a unique glimpse into Leicester’s past.

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Google Will Soon Return to Laptop Market With New High-End Pixel Laptop: Report

Google is reportedly gearing up to re-enter the laptop space with a Pixel-branded laptop. The tech giant has allegedly assigned a team dedicated to this project and the brand could pack reasonably advanced hardware on the upcoming device. The so-called Pixel laptop may run on Android instead of ChromeOS. It is expected to compete against Apple’s MacBook Pro, Dell XPS, and Microsoft Surface in the market. Google announced its last Pixel laptop — Pixelbook Go — in 2019.

Google Is Reportedly in the Early Stages of a Pixel Laptop Project

Android Headlines, citing an internal mail, reports that Google will soon be returning to the laptop market with a new premium Pixel laptop. The laptop codenamed “Snowy” is being compared internally with other high-end laptops, including the MacBook Pro, Dell XPS, Microsoft Surface and the Samsung Galaxy Chromebook. Therefore it is speculated to come with high-end specifications.

Google has reportedly assigned a team dedicated to this project. Google’s Pixel laptop is said to have a premium build as the company is looking to target the premium market. It is said to run on Chrome OS.

Additionally, a report by Android Headlines suggests that Google’s rumoured Pixel laptop will run a new version of desktop Android. Unfortunately, both reports do not include a timeline for the launch of the Pixel-branded laptop.

It has been a long time since Google released a Pixel laptop. The brand unveiled Pixelbook Go in October 2019 at its Made By Google event alongside Google Pixel Buds, Nest Wifi, and Nest Mini. The first Chromebook with Pixel branding was launched in 2013.

The Pixelbook Go came with a Chrome OS and has Intel Core M3 processors on the base variant, and Intel Core i7 processors on the higher-end variant. It sports a 13.3-inch display and is offered in 8GB or 16GB RAM options. It has 64GB, 128GB, or 256GB storage variants as well.

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If Apple is thinking again about building a TV it should just build a giant iPad

What is a TV? Does it have to be a giant panel that commands your attention in the living room, something attached to a wall, or nestled between wall-filling bookshelves? Not necessarily and if Apple is truly reconsidering making its own TV set, it may want to take a long hard look at its surging iPad Pro 13-inch. Apple’s interest in TV sets and television in general, goes back at least 15 years, and was solidified in some ways when Apple CEO Tim Cook told interviewers that Apple considered TVs “an area of incredible interest.” He also noted that there was a grand vision for TV at the Cupertino tech company. In hindsight, Cook may have been describing Apple’s work on its Apple TV 4K streaming box, which was followed by the TV app (which replaced Video and the iTunes video library and store) and even Apple TV Plus, which introduced the world to Apple’s vision for streaming content. All in all, that does add up to something of a grand vision. We find ourselves turning back the channel to talk yet again about the possibility of an Apple TV set because of a short item in Bloomberg’s Power On newsletter that indicates building an “Apple” branded TV set is “something it’s evaluating.” I know, it’s not a lot to go on and I’ve long been skeptical of the concept of an Apple Television, a seemingly unnecessary piece of Apple hardware. I’m not denying the market allure. Statista puts the worldwide TV set revenue opportunity at nearly $100b. On the other hand, the market is anticipated to have less than 1% annual growth over the next five years. That might be because people buy these big TV sets and then hold onto them for at least 5 years. Apple likes markets that either promise annuities like its services – including Apple TV Plus – and ones that have built-in upgrade cycles like the best iPhones. TV sets by themselves provide neither. It’s been the iPad all along Let’s say, for argument’s sake, Apple is back on the TV hunt. It might be doing so not only because an Apple TV is the perfect delivery system for its own streaming service but also because of the obvious in-home branding opportunity: a big TV set with a visible Apple logo on the chin base. I believe, though, that the real reason Apple might be considering making a TV set is because it’s been selling millions of small TV screens to Apple fans for years. Going all the way back to 2013, a survey found that more than 50% of respondents were watching TV on an iPad. At the time, the entertainment was squeezed into a 9.7-inch LCD. As I write this, my TV is playing next to me. It’s a 13-inch iPad Pro with a fantastic Ultra Retina XDR Tandem OLED (two stacked OLED panels) with clear and quite loud four-speaker audio that even supports spatial audio. With my iPad, I have access to Apple TV Plus, Netflix, Amazon Prime Video, Max, and my new live-broadcast favorite Sling TV. Obviously, this is an able TV set and, if the rumors are true, larger tandem OLED displays are coming. Near term they might still top out at 30 inches, so Apple will probably stick to the tech currently used in the best OLED TVs for… oh let’s call it the 65-inch iPad Pro Max. The limits My iPad Pro 13, which is outselling all other iPads, is not a perfect TV. It lacks a remote (it’s a touchscreen!) and HDMI ports for, say, attaching a gaming console. On an actual Apple TV in the form of a giant iPad, perhaps Apple should still avoid HDMI ports, bringing us fully into the cable-free streaming future – but it could add a separate connections box for anyone who needs them. This could even be wireless, like LG M-series OLED TVs, so you can keep a clean space around your TV. And you could use your iPhone as the remote by default. Admit it, you’re already watching TV with your iPhone in your hand. The benefit of the iPad Pro Max 65 inch as a TV set is that all the smarts are built in. It’s already a gaming platform and, with support for all your key productivity apps, could also double as a giant workspace. It’s already a smart home hub and might finally help people, if not fall in love with it, at least start adopting Apple Home in significant numbers. I even think the touchscreen TV could come in handy when you can’t locate the remote, but I would recommend adding the ability to turn off the touchscreen. Apple isn’t, as I see it, far from building a TV set because it’s been selling them for 13 years. The iPad is a TV and it’s time for it to glow all the way up. You might also like

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New Biosensor in Seatbelts Tracks Driver Stress and Health Levels

A breakthrough in biosensor technology could enable the real-time monitoring of stress and alertness in drivers and pilots. Developed by researchers from the National University of Singapore and Tsinghua University, the device, integrated into seatbelts, tracks heartbeat and respiration without needing direct contact with the skin. This innovation, detailed in Nature Electronics, promises to enhance safety in vehicles and aircraft by reliably gathering cardiopulmonary data even in dynamic environments.

The device incorporates metamaterials, which are advanced engineered materials, to optimise signal transmission. Conductive threads in a comb-shaped pattern are embroidered into the seatbelt, allowing radio waves to interact with the user’s body. Xi Tian, co-author of the study, explained that this design helps minimise environmental interference, such as vibrations from moving vehicles, while maintaining sensitivity to physiological signals. A processing system was implemented to ensure that the collected data remains consistent and reliable during motion.

Real-World Testing Highlights Reliability

Tests carried out in a car and an airline cabin simulator revealed the biosensor’s ability to conform to the user’s body and detect physiological signals in challenging conditions. It maintained accuracy during a 1.5-hour vehicle route in Singapore and identified heart rate variations in an aircraft setting, enabling sleep-wake detection. Tian highlighted that these results demonstrate the device’s potential for consistent health monitoring across varied environments.

Future Applications and Advancements

Further research aims to refine the technology for mass production, with a focus on compact and cost-effective designs. Tian stated that collaborations with automotive manufacturers are planned to validate the system in real-world applications. The development of algorithms to interpret data for fatigue and stress assessments is also in progress. This biosensor could become an essential feature in transport, helping prevent accidents by ensuring drivers and pilots remain alert.

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DHCP: When to Use it (And When Not to)

The Dynamic Host Configuration Protocol (DHCP) automatically assigns unique IP addresses to your devices, along with other necessary details like subnet masks and default gateway information. This process allows devices to communicate within the network and access the internet.

Automating this process, rather than manually configuring each device, saves a lot of time and reduces errors.

DHCP is a free and reliable way to configure devices on IP networks, but it isn’t without its drawbacks and security vulnerabilities. I’ll walk you through the advantages of it along with the tradeoffs, to help you understand when it’s apt to use.

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Essential DHCP terms

To understand DHCP, there are a few other terms and technologies you will need to know:

  • IP address: An IP address is a unique identifier for each device on a network. DHCP can dynamically assign addresses from a pool of available numbers, letting devices communicate within the network and on the internet.
  • Subnet mask: This is a number that defines a range of IP addresses available within a network. It helps you divide networks into subnetworks for more efficient management and security.
  • DHCP server: This is a network server that assigns IP addresses, default gateways, and other network parameters to client devices. It relies on the DHCP to respond to broadcast queries by clients.
  • DHCP client: This is any device that requests and obtains an IP address and other parameters automatically from a DHCP server. Clients can include computers, smartphones, and other network-enabled devices.
  • Lease duration: Lease duration is the length of time an IP address is assigned to a device. After the lease expires, the device must request a new IP address or renew the existing one.
  • DNS server: A DNS server translates domain names into IP addresses so that network requests can be routed to the correct servers.
  • Default gateway: The default gateway is a device that serves as an access point or IP router to pass traffic from a local network to other networks or the internet.

How DHCP works

Let’s walk through the process step by step, breaking it down into five discrete stages that ensure seamless IP address allocation and network connectivity. Knowing the fundamentals of computer networking will be really helpful for understanding this process.

DHCP discover

The DHCP process begins when a client device connects to the network and needs to obtain network configuration parameters. It broadcasts a “DHCP discover” message to the network.

This message is a request for configuration information. Since the client device doesn’t yet have an IP address, this broadcast is sent to a special address that all DHCP servers listen to.

DHCP offer

After receiving the discovery message, a server on the network responds to the client, or device, with a “DHCP offer” message.

This message contains critical configuration data, like an available IP address from the server’s pool, subnet mask, and lease duration.

If there are multiple DHCP servers on the network, the client may receive several offers, each with different configuration options.

DHCP request

The client will evaluate all the offers it receives, then select one and respond to the network with a “DHCP request” message.

This message indicates the client’s acceptance of one of the offers and informs all DHCP servers on the network of the decision.

At this point, other servers that made offers will retract them and reserve those IP addresses for other devices.

DHCP acknowledgement

The server that made the selected offer responds to the client with a “DHCP acknowledgement” packet.

This finalizes the lease of the IP address to the client and may include additional configuration information, such as the DNS server address and default gateway.

The client configures its network interface with this information, establishing a connection to the network.

Lease duration and renewal

The process is essentially complete at this point, but the IP address lease is only valid for a specific duration, known as the lease time. This means that before the lease expires, the client must either renew its existing lease or request a new one.

If the client shuts down or leaves the network before the lease expires, it sends a “DHCP Release” message, relinquishing its IP address and making it available for other devices.

When it makes sense to use DHCP

Since DHCP can automate an otherwise tiresome manual process, we generally recommend it for most business and network environments.

Here’s the main reasons why I’ve found DHCP a good choice.

Dynamic network environments

In settings where devices frequently join and leave the network, such as businesses with multiple users or public Wi-Fi networks, DHCP is ideal. It dynamically allocates IP addresses, making it easier to manage a changing roster of devices. Doing this process manually would be much less efficient. If you want to support a Bring Your Own Device network, for example, I’d say DHCP is a must — though you will have to stay on top of BYOD security.

Reduced administrative workload

Since DHCP automates the process of assigning IP addresses, it frees up administrators to spend time on other things. This significantly reduces the workload for your network administrators and minimizes the chance of errors that can occur with manual IP assignments.

Scalability and flexibility

DHCP is highly scalable, so whether your network is small or expanding rapidly, it can adapt. It’ll continue to manage IP addresses efficiently as the number of connected devices on your network grows or shrinks.

When to avoid using DHCP

There are scenarios where assigning a static IP address makes sense. For example, servers, network printers, and other devices that need to maintain a consistent network address for easy accessibility are better suited to static IP addresses.

DHCP can also present security risks or become a single point of failure in a network if it’s not properly secured and monitored. Since IP addresses are assigned dynamically, it can be challenging to track which device had a particular IP address at any given time.

If your server goes down, new devices may be unable to connect to the network, and existing devices may encounter issues upon lease renewal.

What you need to set up DHCP

If you’re clear on the pros and cons and have decided to go with DHCP, there are a few steps you’ll need to take to get everything set up.

  1. DHCP server: The central element of any DHCP setup is the server. This can be a dedicated server, a network router with DHCP capabilities, or a virtual server running on a networked computer. Whatever you choose, the server needs to be reliably connected to your network and configured to manage IP address allocation.
  2. Configurable IP address pool: The server needs a range of IP addresses, known as a pool, from which to assign them to client devices. This pool should be carefully planned to ensure there are enough addresses to accommodate all devices on your network.
  3. Network information: The server also distributes other network information to clients besides IP addresses. This includes the subnet mask, default gateway, and DNS server addresses.
  4. DHCP configuration parameters: You’ll need to set parameters on the DHCP server, such as the lease duration and any specific configuration options required by your network.
  5. Network security considerations: If you’re implementing DHCP in a business environment, your network needs to be secure. Setting up firewalls, securing the DHCP server against unauthorized access, and regularly monitoring network activity are crucial. You can also consider investing in data loss prevention software.
  6. Backup and redundancy: You should always have a backup server or a failover system, which I’ll talk more about below. This can help ensure continuous network operation even if your primary DHCP server runs into issues.

How to get the most out of DHCP

Once your DHCP is up and running, here’s what I recommend you do to maximize its effectiveness.

Regularly update and audit DHCP settings

To maintain security and performance in your network, you’ll need to regularly update and audit your settings. Keep an eye on your IP address pools. As your network evolves, the range of IP addresses allocated by DHCP should be adjusted. This ensures there are always enough addresses to meet demand without over-allocating resources.

Choosing the right lease durations is also key. The appropriate length for leases can vary depending on how your network is used. For example, in a dynamic environment where devices frequently come and go, shorter lease durations might be more effective. In more stable networks, longer leases can reduce the administrative overhead of continually reassigning IP addresses.

Implement DHCP failover for high availability

By setting up a DHCP failover system, you can prevent a single point of failure in your network. The process involves configuring a secondary DHCP server that can take over the responsibilities of the primary server in case it fails or goes offline.

In other words, your server needs to be accounted for when you create a business continuity plan. It’s a critical part of your infrastructure.

The key is to configure both servers so that they have synchronized lease information. Aside from maintaining uninterrupted network service, this also ensures that IP address allocation continues without glitches. This step is particularly important if you’re operating in an environment where network reliability is critical, like large enterprises or service provider networks.

It’s also a good idea to test your failover. Doing so will ensure that it functions as expected when it matters most, like during a server outage.

Segregate networks with DHCP scope

A DHCP scope is a defined range of IP addresses that the server can assign to clients. By defining scopes, you can control how IP addresses are distributed across different segments of your network.

Creating different scopes for various departments, floors, or types of devices helps in efficient network organization and management. This level of segregation can improve network performance, enhance security, and simplify troubleshooting.

What’s more, you can also implement specific security policies or restrictions for each subnet. This can help prevent the spread of network threats and manage controls — just make sure your scopes are configured in a way that prevents IP address conflicts within your address pool.

Manage DHCP scopes

Once scopes are configured, they need to be regularly monitored. If a scope reaches its capacity, it’s a sign that you either need to expand the range of IP addresses in that scope or reevaluate the network’s IP address usage. High utilization rates can lead to IP address exhaustion, where new devices can’t join your network.

Certain devices are better suited for static IP addresses rather than DHCP, it’s true. With scopes, you can set up exclusion ranges for your servers, printers, and other network equipment. Exclusion ranges prevent the server from assigning these addresses dynamically, reducing the risk of IP conflicts.

Monitor and analyze DHCP traffic

Checking over your DHCP traffic will not only help boost your network performance, but also help keep security risks to a minimum.

Implementing tools with real-time monitoring will help your network administrators track where your IP addresses are going. Real-time monitoring can also help flag sudden surges in IP requests, usual network issues, or malicious activities.

You can also set up security alerts for abnormal activities, like multiple failed IP address assignments or requests from unauthorized devices. Detecting these things early can help prevent network intrusions, spoofing attacks, and other network security threats.

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Saber-Toothed Kitten Preserved for 37,000 Years Found in Siberian Ice

A 37,000-year-old saber-toothed kitten, preserved in near-perfect condition, has been unearthed in the Siberian permafrost, shedding light on an extinct predator. The discovery was made in 2020 near the Badyarikha River, north of the Arctic Circle. The frozen remains, which include the head, forelimbs, and upper body, belong to the species Homotherium latidens. This late Pleistocene creature, estimated to have lived 35,500–37,000 years ago, offers an unprecedented glimpse into its anatomy and appearance.

Radiocarbon dating and dental analysis conducted by researchers indicate that the cub was around three weeks old at the time of its death. The baby incisors emerging in its jaw served as a key clue. Scientists believe its life was cut short by an abrupt event that left its body frozen in pristine condition.

Detailed Preservation Reveals Unique Features

The kitten’s body, covered with soft brown fur, retains intact whiskers on its lips and well-preserved footpads, alongside sharp claws. Researchers have emphasised the significance of these soft tissues in understanding the anatomy of saber-toothed cats, details that fossilised skeletons have long failed to reveal.

Dr Andrey Lopatin, a palaeontologist from the Russian Academy of Sciences and lead author of the study published in Scientific Reports, noted that the cub’s stout neck is double the thickness of that seen in modern lions. Its muscular build and broad feet suggest adaptations for snowy environments, offering evidence of behavioural traits similar to today’s big cats.

Insights into Evolutionary Distinctiveness

Although Homotherium shared similarities with modern lions, its shorter body, longer legs, and unique proportions were observed even in this juvenile specimen. Dr Lopatin highlighted that this anatomical structure hints at the predator’s ability to hunt in cold, harsh climates.

This discovery broadens our knowledge about Homotherium and also provides a rare, tangible connection to prehistoric ecosystems.

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Bluesky Confirms It Will Not Train Its Generative AI Models on User Posts

Bluesky recently announced that it does not train its generative artificial intelligence (AI) models on user data. The social media platform also highlighted the areas where it uses AI tools and claimed that none of the models have been trained on the public and private posts made by users. The statement was released after several creators and users raised concerns about the platform’s privacy policy around AI. Notably, Bluesky recently crossed the 17 million registered users mark after one million users joined the platform in a single day last week.

Bluesky Says It Does Not Train AI on User Posts

In a post on the platform, Bluesky announced its stance on AI and user data. “We do not use any of your content to train generative AI, and have no intention of doing so,” the post said, adding that it was issued after several artists and creators on the platform raised concerns over the platform’s AI policy.

In a separate post, Bluesky also listed the areas where it uses generative AI tools. The company uses AI internally to assist in content moderation system, which is a common practice for social media platforms. Additionally, it also uses AI in its Discover algorithmic feed, through which the platform suggests posts to users based on their activity on the platform.

The Verge reported that while the company might not be using user data to train AI models, third-party firms can still crawl the platform and scrape the data to train their models. Company spokesperson Emily Liu told the publication that Bluesky’s robots.txt files do not stop outside companies from crawling its website for data.

However, the spokesperson highlighted that the issue is currently a topic of discussion within the team and Bluesky is trying to figure out how to ensure that outside organisations respect user consent on the platform.

Notably, on Sunday, Bluesky revealed that one million new users joined the social media platform in a single day. It also highlighted that the platform crossed the milestone of 17 million registered users.

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Oppo Reno 13 Series Launch Date Set for November 25; Tipped to Feature MediaTek Dimensity 8300 Chipset

Oppo Reno 13 series will launch in China soon. The company has announced the launch date of the lineup in the country. It has also revealed the smartphones’ design, RAM and storage configurations, and a single colourway. The series is expected to comprise a base model and a Pro variant, which will succeed the Oppo Reno 12 and Reno 12 Pro, respectively. Meanwhile, one of the upcoming handsets has been spotted on a benchmarking website, giving us a look at its chipset. The global launch timeline of the lineup has also been leaked by a tipster.

Oppo Reno 13 Series Launch Date

The Oppo Reno 13 series will launch in China on November 25 at 7pm (4:30pm IST), according to a Weibo post by the company. The phones will be available in a Butterfly Purple colourway, while other colour options will likely be confirmed in the days leading up to the launch. Notably, the Oppo Pad 3 and Oppo Enco R3 Pro TWS earphones will be unveiled alongside the smartphones.

The Oppo China e-store listing for the base Oppo Reno 13 suggests that the phone will be available in five RAM and storage configurations — 12GB + 256GB, 12GB + 512GB, 16GB + 256GB, 16GB + 512GB and 16GB + 1TB.

According to a post by X user @chunvn8888, the Oppo Reno 13 series will launch globally in January 2025. Previously, a leak also claimed that the Reno 13 handsets may arrive in India around that time.

Oppo Reno 13 Series SoC (Expected)

Both the vanilla and Pro variants of the Oppo Reno 13 are expected to be equipped with MediaTek Dimensity 8300 chipsets. Earlier leaks suggested that the Oppo Reno 13 Pro could feature a yet-to-be-released MediaTek Dimensity 8350 chipset.

Meanwhile, an Oppo handset with the model number PKK110, expected to be the Chinese version of the Oppo Reno 13 Pro, was spotted on Geekbench. The CPU and GPU configurations suggest that it could have the MediaTek Dimensity 8300 SoC. The phone is said to support 16GB of RAM and run on Android 15.

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