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Performance Review of the Dell XPS 13 (9350): Assessing the Potential of Lunar Lake

# Dell XPS 13 (9350): Can Lunar Lake Compete?

The Dell XPS 13 has been a leading option for buyers seeking premium laptops, providing a stylish design, strong performance, and an impressive display. With the rollout of Intel’s **Lunar Lake** processors, Dell now offers a choice alongside its **Snapdragon X Elite** model, allowing customers to either remain with Intel or venture into ARM-based computing. But how well does the **Dell XPS 13 (9350)** featuring Lunar Lake hold up in today’s crowded market? Let’s take a closer look.

## Dell XPS 13 (9350) Summary

The Dell XPS 13 (9350) is included in Dell’s latest product range, showcasing Intel’s **Lunar Lake** processors. Lunar Lake serves as Intel’s answer to the increasing appeal of ARM chips, like Qualcomm’s Snapdragon X Elite, which claim enhanced power efficiency and performance. The XPS 13 fitted with Lunar Lake aims to strike a balance between performance and battery longevity, making it a compelling choice for both professionals and casual users.

Nonetheless, while the Lunar Lake variant of the XPS 13 (9350) performs reliably, many users might find the **Snapdragon X Elite** version to be a more appealing option, particularly for those who prioritize battery life and mobile performance. Let’s examine the reasons behind this.

## Key Features

| **Attribute** | **Dell XPS 13 (9350)** |
|—————————–|————————-|
| **Dimensions** | 11.62 x 7.84 x 0.58 inches |
| **Display Size** | 13.4 inches |
| **Display Type** | LCD, OLED |
| **Display Resolution** | 1920 x 1200, 2880 x 1800 |
| **Refresh Rate** | 30Hz-120Hz, 60Hz |
| **Brightness** | 400-500 nits |
| **Processor** | Intel Core Ultra 7 (Lunar Lake) |
| **Memory** | 16GB, 32GB |
| **Storage** | 512GB, 1TB, 2TB |
| **Webcam** | 1080p |
| **Ports** | 2x Thunderbolt 4 |
| **Battery** | 55Wh |
| **Speakers** | 4x 2W speakers |
| **Charging** | 60W |
| **Weight** | 2.7 lbs |
| **Colors** | Graphite, Platinum |
| **Price** | Starting at $1,399.99 |

## Design: Elegant Yet Port-Constrained

The Dell XPS 13 (9350) maintains the sleek, contemporary design ethos that characterizes the XPS series. It features a **flat keyboard** and a **capacitive key row** above the keyboard, reminiscent of the **XPS 13 Plus**. The **edge-to-edge display** with narrow bezels provides a luxurious appearance, and the build quality feels robust and reliable.

However, a drawback of the design is its **restricted port availability**. The laptop is equipped with only **two Thunderbolt 4 ports**; thus, if you connect the charger, only one port remains available for use. Additionally, there’s **no headphone jack**, which could deter some users. While this results in a thinner and lighter device (weighing a mere 2.7 lbs), the lack of connectivity options may be disappointing for users needing more versatility.

### Advantages:
– **Stylish and modern design**
– **Impressive battery endurance**
– **Reliable performance**
– **Attractive display**
– **Comfortable keyboard experience**

### Disadvantages:
– **Restrained port selection**
– **Intel variant less powerful than the Snapdragon model**

## Display: Premium Choices

The XPS 13 (9350) presents two display options: a **1920 x 1200 LCD** and a **2880 x 1800 Tandem OLED**. The OLED choice is particularly noteworthy, as it features one of the few Tandem OLED screens available in laptops, typically seen in high-end products like the Apple iPad Pro.

The LCD model, which we evaluated, offers a **120Hz refresh rate**, making it suitable for smooth scrolling and everyday tasks. The display boasts sufficient brightness for most indoor settings but could use higher brightness levels for outdoor conditions. The OLED variant, with its richer blacks and more vivid colors, would likely enhance the viewing experience for those who prioritize display excellence.

## Keyboard and Touchpad: Debated Yet Practical

The **keyboard** on the XPS 13 (9350)

Top 33 Essential Films to Stream on Netflix for November 2024

# The 33 Finest Films on Netflix in November 2024

If you’re on the hunt for the top movies to stream on Netflix this November, you’ve come to the right spot. With a plethora of titles at your fingertips and fresh releases popping up every month, it can be a challenge to choose what to view. To assist you, we’ve compiled a list of the **33 finest films on Netflix** at the moment, spanning genres from dramas and comedies to horror, animated features, and beyond. This list gets updated frequently, ensuring you can always discover something new and thrilling to watch.

## 1. **Emilia Pérez (2024)**
– **Director**: Jacques Audiard
– **Cast**: Zoe Saldaña, Karla Sofía Gascón, Selena Gomez
– **Running Time**: 2h 12m
– **Rating**: R
– **Plot**: Four extraordinary women strive for happiness in this genre-blending film that unfolds through an imaginative dreamscape of original music and dance.

## 2. **The Lost City (2022)**
– **Directors**: Adam Nee, Aaron Nee
– **Cast**: Sandra Bullock, Channing Tatum, Daniel Radcliffe
– **Running Time**: 1h 52m
– **Rating**: PG-13
– **Plot**: A romance author and her cover model set off on a jungle expedition after she’s kidnapped by a billionaire seeking lost riches.

## 3. **Sixteen Candles (1984)**
– **Director**: John Hughes
– **Cast**: Molly Ringwald, Justin Henry, Anthony Michael Hall
– **Running Time**: 1h 32m
– **Rating**: PG
– **Plot**: Samantha’s Sweet 16 turns disastrous when her family overlooks her birthday, leaving her crush unaware of her existence.

## 4. **Superbad (2007)**
– **Director**: Greg Mottola
– **Cast**: Jonah Hill, Michael Cera, Christopher Mintz-Plasse
– **Running Time**: 1h 53m
– **Rating**: R
– **Plot**: High school friends Seth and Evan vow to secure alcohol for a party to impress their crushes, resulting in a chaotic night of escapades.

## 5. **Woman of the Hour (2024)**
– **Director**: Anna Kendrick
– **Cast**: Anna Kendrick, Daniel Zovatto, Tony Hale
– **Running Time**: 1h 35m
– **Rating**: R
– **Plot**: Inspired by a true story, an aspiring actress meets a serial killer during a 1970s episode of *The Dating Game*.

## 6. **Selma (2014)**
– **Director**: Ava DuVernay
– **Cast**: David Oyelowo, Tom Wilkinson, Cuba Gooding Jr.
– **Running Time**: 2h 8m
– **Rating**: PG-13
– **Plot**: Martin Luther King Jr. spearheads a pivotal demonstration in Alabama, ultimately leading to the historic march from Selma to Montgomery.

## 7. **A Quiet Place Part II (2020)**
– **Director**: John Krasinski
– **Cast**: Emily Blunt, Cillian Murphy, Millie Simmonds
– **Running Time**: 1h 38m
– **Rating**: PG-13
– **Plot**: The Abbott family navigates a treacherous world inhabited by lethal creatures that react to sound, confronting new dangers along the journey.

## 8. **Bad Boys: Ride or Die (2024)**
– **Directors**: Adil El Arbi, Bilall Fallah
– **Cast**: Will Smith, Martin Lawrence, Vanessa Hudgens
– **Running Time**: 1h 56m
– **Rating**: R
– **Plot**: Miami detectives Mike and Marcus take the law into their own hands to unveil a conspiracy when their deceased captain is implicated in corruption.

## 9. **Bridesmaids (2011)**
– **Director**: Paul Feig
– **Cast**: Kristen Wiig, Melissa McCarthy, Maya Rudolph
– **Running Time**: 2h 4m
– **Rating**: R
– **Plot**: A maid of honor almost sabotages her best friend’s wedding in this bold comedy as she clashes with a demanding bridesmaid.

## 10. **21 Jump Street (201

Researchers Create Concrete That Resists Cracking with Recycled Carpet Fibers

**Crack-Resistant Concrete: A Sustainable Advancement Utilizing Waste Carpet Fibers**

Concrete is undeniably a fundamental material in contemporary construction, serving as the foundation for buildings, bridges, roads, and numerous other infrastructures. However, despite its robust nature and adaptability, concrete faces a significant and costly concern: cracking. Cracks can create structural vulnerabilities, enable water penetration, and result in costly repairs. In fact, the financial implications of mending cracked concrete are staggering, with Australia alone spending about AUD 8 billion each year, while the U.S. faces expenses totaling approximately USD 76 billion annually.

In light of this issue, engineers and researchers have been seeking inventive methods to bolster the durability and strength of concrete. A promising answer has been identified in Australia, where a research team spearheaded by Dr. Chamila Gunasekara at RMIT University has devised a groundbreaking technique to convert waste carpet fibers into crack-resistant concrete. This innovative approach not only mitigates the cracking problem but also promotes sustainability by minimizing textile waste.

### The Contribution of Carpet Fibers to Crack-Resistant Concrete

The RMIT University research team has discovered that integrating waste carpet fibers into concrete can greatly enhance its performance. By incorporating these fibers, the shrinkage cracking that commonly occurs as concrete dries and solidifies can be diminished by as much as 30%. This type of cracking is a significant concern in construction, as it can undermine the structural integrity of concrete, which may lead to further deterioration over time.

Alongside the reduction of shrinkage cracking, the addition of carpet fibers also improves the tensile strength of concrete. Tensile strength measures a material’s capacity to endure stretching or pulling forces without fracturing. The study demonstrated that concrete fortified with waste carpet fibers showed a 40% enhancement in tensile strength. This indicates that the concrete can withstand more stress and pressure without cracking, rendering it a more durable and long-lasting option for construction endeavors.

### Environmental and Economic Advantages

The creation of crack-resistant concrete utilizing waste carpet fibers presents several vital benefits, both economically and environmentally.

1. **Cost Efficiency**: By minimizing the risk of cracks, this novel concrete could enable construction firms to save billions in maintenance and repair expenses. The increased durability of the material means that structures made from it will need fewer repairs throughout their lifespan, resulting in substantial financial savings.

2. **Eco-Friendliness**: A particularly compelling aspect of this research is its positive impact on sustainability. Textile waste, such as discarded carpets, poses a significant environmental challenge. A substantial amount of textile waste is discarded into landfills, where it can take years to break down or is incinerated, emitting harmful pollutants into the air. By repurposing waste carpet fibers within concrete, this innovation assists in reducing the volume of textile waste that contributes to environmental degradation.

3. **Circular Economy**: The initiative aligns with the principles of a circular economy, where waste materials are utilized and recycled rather than thrown away. In this context, waste carpet fibers, which would conventionally be viewed as an environmental liability, are converted into a valuable asset that enhances concrete performance.

### Field Trials and Future Prospects

The research team is actively conducting field trials to assess how the crack-resistant concrete performs under real-world conditions. These evaluations are vital for determining the long-term durability and effectiveness of the material in a variety of construction scenarios. The initial results are encouraging, and if proven successful, this innovation has the potential to establish a new benchmark for concrete used in infrastructure projects.

This is not the first instance where researchers have investigated alternative materials to enhance concrete. Previous studies have explored the use of coffee grounds as a reinforcement material for concrete. These endeavors demonstrate a broader shift within the construction industry toward developing more sustainable and resilient building materials.

### Collaboration and Funding

The research on concrete reinforced with waste carpet fibers is a joint effort among several key collaborators, including Textile Recyclers Australia, Godfrey Hirst (a prominent carpet manufacturer), and local councils in Victoria. The initiative is supported by funding from programs such as the ARC Industrial Transformation Research Hub, which seeks to advance the creation of sustainable building materials from reclaimed waste.

This collaboration underscores the significance of alliances between academia, industry, and government in fostering innovation and sustainability within construction. By uniting efforts, these stakeholders are formulating solutions that not only enhance building material performance but also tackle urgent environmental issues.

### Broader Environmental Consequences

The potential ecological advantages of this research are profound. Textile waste is an escalating global issue, with millions of tons of discarded garments, carpets, and other fabrics finding their way into landfills each year. These materials can take decades or even centuries to decompose, releasing harmful chemicals and greenhouse gases into the environment during this process.

By converting waste carpet fibers for use in concrete, this innovation provides a practical approach to lessen textile waste and its related environmental repercussions. Furthermore, it aids in preventing the harmful emissions generated from burning textiles, which is a prevalent disposal method for textile waste.

“Tips to Steer Clear of the Most Frequently Used Passwords of 2024”

# The Most Common Passwords of 2024: A Cybersecurity Alert

In a time when cybersecurity dangers are increasingly widespread, one could expect that online users have grown more cautious about safeguarding their digital accounts. Nevertheless, the most recent study from NordPass, in partnership with NordStellar, uncovers a discouraging truth: countless individuals persist in utilizing weak, easily guessable passwords. For the sixth year in a row, NordPass has unveiled its list of the **200 most prevalent passwords** internationally, and the findings are as troubling as they are recognizable.

## The Usual Offenders: Weak Passwords Continue

Leading the pack yet again in 2024 is the notorious “123456,” a password that has consistently occupied the top position for five of the last six years. This password, alongside others such as “password,” “qwerty123,” and “111111,” can be broken in under a second, even by the most basic hacking software. In spite of numerous alerts from cybersecurity professionals, these straightforward combinations remain the favored selections for millions of users.

### Top 25 Most Common Passwords of 2024:
1. 123456
2. 123456789
3. 12345678
4. password
5. qwerty123
6. qwerty1
7. 111111
8. 12345
9. secret
10. 123123
11. 1234567890
12. 1234567
13. 000000
14. qwerty
15. abc123
16. password1
17. iloveyou
18. 11111111
19. dragon
20. monkey
21. 123123123
22. 123321
23. qwertyuiop
24. 00000000
25. Password

These passwords are not just simple to guess but also exceedingly susceptible to brute-force assaults, where cybercriminals employ automated tools to test every conceivable combination until they discover the right one. The simplicity of these passwords makes them ideal targets for hackers, jeopardizing both personal and corporate data.

## Business Passwords: No Better Than Personal Choices

For the first time, NordPass has also examined the most frequent passwords utilized in business settings. Regrettably, the insights demonstrate that employees show no greater caution with their work accounts than they do with personal ones. The top 25 corporate passwords are almost indistinguishable from the personal list, with “123456” again taking the lead.

This is a concerning finding, as corporate accounts frequently contain sensitive information, including financial data, intellectual property, and customer information. A weak password in a business context can result in catastrophic data breaches, costing enterprises millions and harming their reputations.

## Why Do Individuals Continue to Use Weak Passwords?

In spite of the increasing understanding of cybersecurity hazards, numerous individuals stick with weak passwords for various reasons:

1. **Convenience**: Simple passwords are easy to recall, and many users favor convenience over security. They often recycle the same password across multiple accounts, amplifying the risk of a widespread breach if one account is compromised.

2. **Lack of Knowledge**: Some users might not completely grasp the dangers linked with weak passwords or may not realize how easily these passwords can be cracked.

3. **Overconfidence**: Many people assume they are not targets for cyberattacks, believing hackers focus only on high-profile figures or large enterprises. In truth, anyone can be targeted, and hackers frequently use automated tools to assault thousands of accounts simultaneously.

4. **Password Fatigue**: With the growing number of online accounts, users often suffer from “password fatigue,” prompting them to reuse passwords or opt for simple ones to sidestep the hassle of remembering complex combinations.

## The Significance of Strong Passwords

A strong password is one of the easiest yet most efficient methods to secure your online accounts. Here are several tips for crafting secure passwords:

1. **Utilize a variety of characters**: A strong password should consist of a mix of uppercase and lowercase letters, numbers, and special symbols (e.g., !, @, #, $).

2. **Steer clear of common words and phrases**: Avoid using easily guessable terms like “password,” “123456,” or your name. Hackers frequently rely on dictionaries of common passwords to breach accounts.

3. **Lengthy is better**: The longer the password, the tougher it is to break. Aim for at least 12 characters.

4. **Employ a password manager**: Tools like NordPass can create and store complex passwords for you, removing the need to memorize them. This allows you to maintain unique, strong passwords for each of your accounts.

5. **Activate two-factor authentication (2FA)**: Whenever possible, activate 2FA on your accounts. This adds an extra layer of security by necessitating a second form of verification (such as