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Hearing loss can significantly impact daily life, affecting communication and the enjoyment of sound. Enter “Soft Sound for Gain” – a revolutionary feature in Widex Hearing Aids. Designed to provide a comfortable and authentic listening experience, especially for softer sounds. Learn how this cutting-edge technology transforms your auditory world.
Widex Hearing Aids incorporate “Soft Sound for Gain,” an advanced solution that intelligently amplifies softer sounds while maintaining overall comfort. Unlike traditional hearing aids, this feature strikes the perfect balance, ensuring you hear nuanced surroundings without overwhelming louder sounds.
Immerse yourself in the symphony of life with Soft Sound for Gain with the Widex technology hearing aid. Whether it’s music, conversations, or nature’s whispers, this technology retains the natural ebb and flow of sound. Allowing you to enjoy every moment as intended.
Widex hearing aid company recognizes the individual’s need for unique hearing needs. Soft Sound for Gain offers customizable settings, fine-tuned to match your preferences and hearing profile. Personalize your experience – from music aficionados to social butterflies, everyone benefits.
Social interactions thrive on clear communication. Soft Sound for Gain elevates conversations by amplifying subtle speech sounds, empowering the Widex hearing aid user to connect effortlessly and regain confidence in social settings.
Say goodbye to listening fatigue. Soft Sound for Gain in the Widex hearing aid reduces cognitive strain by delivering clear, distinct auditory information. Effortlessly process sounds, even the softer ones, for a more enjoyable listening journey.
Widex’s commitment shines through Soft Sound for Gain, enriching the lives of those with hearing loss. Rediscover the joys of rustling leaves, squirrels’ nails on a tree, melodious tunes, and heartfelt conversations – all seamlessly amplified and embraced.
Widex Hearing Aids with Soft Sound for Gain redefine hearing. Embrace life’s auditory wonders, from delicate whispers to vibrant melodies, with unmatched clarity and comfort. Elevate your hearing experience – Widex, where technology harmonizes with life’s sounds, is not a bad choice for those with hearing loss.
Widex Hearing technology offers a significant advancement in sound reproduction. Enabling users to experience a wide range of real-world sounds with exceptional fidelity and adaptability. Whether it’s speech, natural sounds, conversations, or music, TruSound strives to faithfully replicate auditory experiences.
One crucial innovation within Widex Hearing Aid TruSound is the development of TruSound Stabilizers. Research has shown that slow-acting compression systems are favored by hearing aid users for sound quality. However, there are situations where more is needed. TruSound Stabilizers in Widex Hearing Aid tackle this challenge by maintaining the expected high sound quality even in dynamic and demanding environments. These stabilizers effectively manage abrupt shifts in sound, preventing distortion or blurring of temporal and spectral characteristics.
Addressing sudden shifts in loudness is another critical aspect of TruSound Widex technology. As sound levels rapidly change, such as when transitioning from a noisy environment to answering a phone call, hearing aids must respond swiftly. TruSound Stabilizers play a crucial role here, ensuring that sound peaks are smoothed out, preventing discomfort for the Widex hearing aid user from overly loud sounds.
Widex TruSound Softener, another component of the technology, addresses a common issue faced by hearing aid users—annoyance caused by transient sounds. These fleeting noises, ranging from soft computer keystrokes to loud fireworks, can be bothersome. Listening to Widex hearing aid TruSound Softener intelligently minimizes the irritation without eliminating these sounds entirely. By distinguishing between different levels of transient noises and their impact on user comfort, TruSound Softener strikes a balance between audibility, speech intelligibility, and comfort. This results in a realistic and comfortable auditory experience tailored to the Widex user’s specific hearing needs.
In summary, Widex’s TruSound technology revolutionizes sound reproduction in real time, offering users an unparalleled ability to engage with the auditory world. The combination of TruSound Stabilizers and TruSound Softener ensures high-quality, adaptable, and comfortable sound experiences across a diverse range of environments and sound levels.
Widex’s Soft Sound for Gain is a testament to the brand’s commitment to enhancing the quality of life for individuals with hearing loss. By focusing on amplifying soft sounds while maintaining natural dynamics and comfort, this innovative technology opens up new realms of auditory enjoyment. Whether it’s the gentle rustle of leaves, the soothing tones of music, or the joy of heartfelt conversations, Soft Sound for Gain ensures that individuals with hearing loss can fully embrace these precious moments, fostering a deeper connection to the world of sound around them.
As an audiologist and a devoted user of hearing aids, I’ve had the privilege of experiencing the remarkable evolution of hearing aid technology firsthand. Since 2007, I’ve been proudly wearing Widex hearing aids, and the harmony they’ve brought into my life is truly exceptional. From the delicate rustling of leaves to the symphony of everyday sounds, Widex has enriched my auditory world in ways I couldn’t have imagined. Let’s explore why so many of my patients and I find the Widex sound truly enchanting.
At Hears to U, my patients often share their awe and delight at the soft sounds they’re able to hear in their environment. All thanks to Widex hearing aids. These devices are designed with a deep appreciation for the subtleties that make the world come alive. Therefore, allowing wearers to enjoy the gentle whispers of a breeze, the distant hum of a conversation, and the subtle melodies that often go unnoticed. The magic lies in Widex’s commitment to amplifying soft sounds while maintaining comfort, creating a truly immersive listening experience.
Recently, a patient posed an intriguing question during a visit to Hears to U. Curious as to why we offer multiple hearing aid brands, he expressed his firm belief that nothing could surpass Widex. His sentiment is shared by many who have fallen in love with the rich and natural sound quality that Widex hearing aids offer. The dynamic range, the preservation of instrument timbre, and the ability to personalize settings create an auditory masterpiece that resonates with countless individuals.
In the midst of the unique challenges posed by the pandemic, I found myself conducting appointments on an outdoor patio. The contrasting stories of two patients vividly illustrate the diverse experiences with Widex hearing aids. One patient, after a week-long trial, was thrilled to hear the gentle patter of squirrel paws on a nearby tree. The sound that had once gone unnoticed now brought a sense of wonder and joy.
Conversely, the next patient shared a different perspective. Also testing out a Widex hearing aid, she was suddenly overwhelmed by the multitude of background sounds. As fate would have it, the very same squirrel scampered up and down the tree. She humorously remarked, “Why would I want to hear that squirrel and its little nails on the tree?”. This lighthearted encounter markedly underscores the truth that hearing aids are as unique as the individuals who wear them.
In the world of hearing aids, there is no one-size-fits-all solution. Just as musical preferences vary, so do hearing needs and preferences. While the Widex sound is a melody that resonates beautifully with many, it may not be everyone’s preferred tune. Yet, for those who relish the soft sounds of life and seek a wide dynamic range that encompasses the delicate and the powerful, Widex sound is a harmonious choice.
As a hearing aid user, an audiologist, and a devoted advocate of Widex technology, I’ve witnessed the transformative power of sound. The journey with Widex hearing aids is one of rediscovery. Where the whispers of nature and the melodies of everyday life above all become vibrant and vivid. While the choice of a hearing aid is deeply personal, the symphony of soft sounds and the dynamic range that Widex offers have struck a chord in the hearts of many, including myself. Thank you for listening to my story – a tale of hearing aid enchantment that continues to evolve with each new chapter.
With warm regards,
Kim
In the realm of modern technology, innovation isn’t just about convenience; it’s about transforming lives. One remarkable example of this is the integration of split processing in Signia hearing aids, specifically the latest technology of the AX model. These cutting-edge devices are revolutionizing the world of audiology by leveraging split processing to provide individuals with hearing loss a new lease on sound and therefore, communication.
In this article, we’ll delve into the fascinating world of split processing in Signia hearing aids, understanding its significance, mechanics, as well as the profound impact it has on the hearing-impaired community.
For individuals with hearing loss, the ability to discern and process sounds can be a challenging endeavor. Traditional hearing aids have made significant strides in amplifying sound, but split processing takes this a step further. By employing multi-core technology chips, Signia hearing aids are able to process and enhance sound in real-time, markedly creating a personalized auditory experience that closely mimics natural hearing.
Split processing in Signia hearing aids involves a sophisticated interplay between hardware and software. These devices are equipped with multiple processing cores, each assigned a specific role to optimize sound processing. These roles can range from noise reduction and speech enhancement to directionality and feedback cancellation. Therefore, by dividing the workload among these cores, the hearing aid can process sound more accurately.
The integration of split processing in the Signia hearing aids has yielded remarkable benefits for those with hearing loss:
1. Enhanced Speech Recognition: Split processing allows Signia hearing aids to isolate speech sounds from background noise, making it easier for users to engage in conversations and understand spoken language.
2. Dynamic Sound Processing: These devices can adapt to different listening environments, automatically adjusting settings to provide optimal sound quality whether in a quiet room, a bustling cafe, or a crowded street.
3. Music Enjoyment: Traditional hearing aids sometimes struggle with processing complex musical tones. Split processing enables Signia hearing aids to provide a more accurate representation of musical notes and harmonics.
4. Reduced Listening Effort: By processing and enhancing sound in real-time, users experience reduced cognitive strain when trying to comprehend conversations or other auditory stimuli.
To fully leverage the advantages of split processing in Signia hearing aids, certain considerations come into play:
1. Customization: Signia hearing aids employ advanced algorithms to analyze individual hearing profiles. Fine-tuning the device’s split processing settings ensures a personalized auditory experience.
2. Adaptation Period: Like any technological adaptation, there may be an adjustment period. Users should allow time to acclimate to the new auditory sensations provided by split processing.
3. Regular Check-ups: Regular consultations with audiologists or hearing healthcare professionals can help fine-tune the split processing settings based on the user’s evolving needs.
4. Lifestyle Integration: Understanding the different listening environments in which split processing can be advantageous ensures a seamless integration of these advanced features into daily life.
Incorporating split processing into Signia hearing aids exemplifies the profound impact technology can have on improving quality of life. Therefore, transcending the limitations of traditional amplification, split processing offers a glimpse into a world of enhanced auditory experiences for those with hearing loss. The synergy between modern technology and compassionate innovation has paved the way for a future where individuals can once again revel in the beauty of sound, connect with loved ones, and engage fully in the symphony of life.
We understand split processing in hearing aids and are happy to help you understand the benefit to you.
Cheers!
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Living with hearing loss can present several challenges, affecting a person’s communication, social interactions, and overall quality of life. Thankfully, advancements in technology and audiology have led to the development of various hearing aid systems that can significantly improve hearing capabilities. Among these options, the Bicros (Bilateral Contralateral Routing of Signals) and Cros (Contralateral Routing of Signals) hearing aid systems have emerged as effective solutions for individuals with specific types of hearing loss, specifically for single sided deafness. In this blog, we will delve into how the Cros and BiCros hearing aids work. We will also discuss the people who can benefit from them.
Both the Bicros and Cros hearing aid systems are designed to address a particular type of hearing loss. This type of loss is known as unilateral hearing loss or single-sided deafness. This condition occurs when one ear has little to no hearing ability, while the other ear has normal or near-normal hearing.
The Cros system is primarily used for individuals with single-sided deafness. In this system, a microphone is placed in the non-hearing ear, which picks up sounds from that side. These sounds are then wirelessly transmitted to a receiver located in the hearing ear. The receiver amplifies the sound, making it audible to the individual.
The Bicros system is suitable for individuals with single-sided deafness and some hearing loss in the better ear. Similar to the Cros system, a microphone is placed in the non-hearing ear to capture sounds. However, in the Bicros system, the microphone also transmits the sounds to a hearing aid in the better ear. This hearing aid amplifies the sound from the non-hearing ear as well as enhances the sound from the better ear. Therefore providing a more balanced hearing experience.
Timing differences between the Cros microphone and the hearing aid play a crucial role in providing the feeling of a sound on the “bad” ear.
Interaural timing differences refer to the small time differences between when a sound arrives at one ear compared to the other ear. Our brains use these time differences as a cue to localize sound sources. In individuals with normal hearing, the brain processes these ITDs to determine the direction of the sound and create a sense of spatial awareness.
In the Bicros and Cros systems, the microphone in the non-hearing ear captures sounds from that side, including the timing information associated with those sounds. This timing information is then transmitted wirelessly to the receiver located in the “good” ear. The receiver processes this timing information along with the amplified sound from the non-hearing ear.
By analyzing the differences in time provided by the non-hearing ear, the brain can perceive the sound as originating from the direction of the non-hearing ear, even though the actual sound is being delivered to the “good” ear. This process helps create the illusion that the individual is hearing on the “bad” ear, enhancing the spatial perception and localization of sounds.
In other words, when the Bicros or Cros system transmits the sounds from the non-hearing ear to the “good” ear, it preserves the timing information associated with those sounds. By presenting this timing information to the brain along with the amplified sound, the system provides cues that enable the brain to perceive the sound as originating from the direction of the non-hearing ear.
This integration of timing information helps individuals with unilateral hearing loss better understand the spatial cues in their environment and experience a more natural and immersive auditory perception. It contributes to their ability to identify the location of sounds, distinguish between different sound sources, and engage in conversations with improved spatial awareness.
It’s important to note that while Cros and BiCros hearing aids can enhance spatial perception through ITDs, they may not fully restore the precise natural hearing experience that occurs in individuals with normal hearing in both ears. However, they offer significant improvements for individuals with unilateral hearing loss by leveraging timing cues to provide a more balanced and realistic auditory perception on that dead ear side.
As always, consulting with an audiologist or hearing healthcare professional is crucial to determine the most appropriate hearing aid system and settings for individual needs and preferences.
Everyone deserves to enjoy the richness of sound, and with the advancements in hearing aid technology, no one should have to live with the limitations of hearing loss.
The Bicros and Cros hearing aid systems offer significant benefits to individuals with unilateral hearing loss, allowing them to regain better sound perception on the unaidable ear side and localization. Here are some specific cases where these systems can be beneficial:
Individuals with single-sided deafness, where one ear has little to no hearing ability, can greatly benefit from Cros or Bicros systems. These systems help transmit sound from the non-hearing ear to the hearing ear, enabling improved hearing and sound localization.
People with asymmetrical hearing loss, where there is a significant difference in hearing ability between the ears, can find relief with Bicros systems. The Bicros system amplifies sound from the non-hearing ear while simultaneously improving sound quality and amplification in the better ear.
Combinations of different types and degrees of hearing loss can be more complex than a straightforward case of complete hearing loss on one ear and partial hearing on the other. In reality, there is often a need to consider the individual’s unique circumstances, lifestyle, and specific requirements, rather than relying solely on textbook definitions.
During my studies in San Diego, I had a professor who emphasized that textbook scenarios are only found in textbooks. Real-life situations demand a more personalized approach. Throughout my career, I have encountered cases where individuals who appeared to be ideal candidates for a Bicros system expressed a preference for a hearing aid in their “bad” ear. Conversely, some patients who seemed suitable for two hearing aids ended up opting for a Bicros system in one ear due to their inability to tolerate sound in that particular ear.
It highlights the importance of understanding the individual’s needs, preferences, and comfort levels when considering different hearing aid options. While certain systems like Bicros and Cros are designed to address specific hearing loss situations, it’s crucial to tailor the solution to the person’s unique circumstances rather than solely relying on predefined categories.
By taking into account the individual’s lifestyle, communication goals, sound tolerance, and personal preferences, hearing healthcare professionals can provide more personalized and effective solutions. This approach ensures that the chosen hearing aid system aligns with the person’s specific needs, leading to improved satisfaction and better outcomes.
Every individual’s hearing loss is unique, and their journey to finding the right hearing solution should be guided by a comprehensive evaluation and collaboration between the individual and their audiologist or hearing healthcare professional.
The Bicros and Cros hearing aid systems are innovative solutions that offer enhanced hearing capabilities for individuals with unilateral hearing loss. By transmitting sound from the non-hearing ear to the hearing ear or the better ear, these systems improve sound perception, localization, and overall quality of life. If you or someone you know experiences single-sided deafness or asymmetrical hearing loss, it is worth considering these advanced hearing aid options and consulting with an audiologist to determine the most suitable solution.
There are several features and technologies that can help individuals with hearing aids improve their overall experience and quality of life. But is there a best hearing aid feature?
Here are some examples:
Develop advanced algorithms and technologies that enhance the speech recognition capabilities of hearing aids while reducing background noise. This can significantly improve communication in noisy environments.
The technology used to convert spoken language into written text or computer commands is speech recognition. It involves analyzing audio input, extracting acoustic features, applying language models, using recognition algorithms, and generating output in the form of transcribed text or interpreted commands. Transcription services, voice assistants, call center automation, dictation software, and accessibility tools utilize this technology.
Create seamless integration between hearing aids and smartphones, tablets, and other smart devices. This enables users to control their hearing aids, adjust settings, and stream audio directly from their devices. These apps enable accessibility and convenience.
When it comes to streaming audio directly to hearing aids, it’s important to consider the compatibility of your hearing aids with different smartphone models and operating systems.
It’s important to note that compatibility can vary depending on the specific hearing aid model, firmware version, and smartphone operating system. It’s always recommended to consult with your hearing healthcare professional or the hearing aid manufacturer to ensure compatibility.
Improve the ability of hearing aids to detect and localize sounds. Usually allowing wearers to better understand the direction and source of sounds. This can enhance situational awareness and safety.
4. Artificial intelligence (AI) for adaptive adjustments: Utilize AI algorithms to continuously analyze and adapt hearing aid settings based on the wearer’s environment and personal preferences. This can optimize sound quality and improve user comfort in various listening situations.
5. Miniaturization and aesthetics: Work on developing smaller, more discreet hearing aids that are comfortable to wear and visually appealing. This can reduce the stigma associated with wearing hearing aids and encourage broader acceptance and adoption.
6. Battery life and charging solutions: Explore ways to extend battery life in hearing aids and develop convenient charging solutions. Longer battery life reduces the need for frequent changes, while easy charging options enhance user convenience.
7. Affordable and accessible options: Focus on developing cost-effective hearing aids that are accessible to a wider range of individuals. This can help address the issue of affordability and ensure that people with hearing loss have access to suitable devices.
It’s important to note that these ideas may already be in development or available in some form, as technology for hearing aids continues to evolve rapidly. It’s always recommended to consult with professionals in audiology and hearing healthcare for the most up-to-date information and solutions.
Testing a feature without actually trying it out can be a challenging task. While reading about a feature may provide some insights and understanding, it falls short of capturing the intricacies and nuances that one can only experience firsthand. The practical implementation of a feature may present unexpected challenges, interactions, or limitations that cannot be fully grasped through theoretical knowledge alone. By testing a feature, developers can uncover potential bugs, identify user experience issues, and gather valuable feedback that leads to improvements.
The act of physically interacting with a feature allows for a more comprehensive evaluation. This enables testers to evaluate its functionality, performance, and overall impact. In essence, testing plays a vital role in the development process, bringing the theoretical into the realm of practicality, ensuring thorough vetting and optimization of a feature for real-world usage.
If you would like to demo a feature or a product call Hears to U Audiology In Minnesota. We hope to have a hearing aid you would like to listen to.
When it comes to choosing over-the-counter (OTC) hearing aids, there’s no one-size-fits-all solution. The world of OTC hearing aids is vast and diverse, offering a wide range of features, technologies, and fits. While it’s tempting to search for the “best” OTC hearing aid, the truth is that personal preference plays, and individual needs play a crucial role in finding the perfect match. In this blog post, we’ll explore why there is no definitive “best” hearing aid and why Hears to U, Hearing & Hearables is the ideal destination to discover the choices that suit your individual needs.
OTC devices come in various styles and feature sets, allowing individuals to customize their hearing experience. Different companies offer their own unique models, ensuring a wide selection for consumers. With varying levels of technology, sound processing algorithms, connectivity options, and fit styles, it’s evident that the concept of a “best” hearing aid is subjective.
Rather than searching for an elusive “best” OTC aid, it’s crucial to focus on finding the best hearing OTC device for you as an individual. Your personal preferences, lifestyle, and specific hearing needs should guide your decision-making process. Some may prioritize discreet design, while others might seek advanced connectivity features or specific amplification settings. By acknowledging the importance of individual preferences, you empower yourself to make a truly informed decision.
When it comes to exploring the world of OTC aids, Hears to U, Hearing & Hearables is a leading provider that understands the need for individualized options. Their commitment to offering a range of hearing aids ensures that you have ample choices to consider. Whether you’re interested in the latest technologies or prefer a more traditional approach, Hears to U, Hearing & Hearables keeps up with new devices. Always ensuring you have access to the most up-to-date options.
The world of hearing aids is constantly evolving due to technological advances and new companies entering the market. Hears to U, Hearing & Hearables stays at the forefront of this evolution, keeping up with the latest advancements and innovations. By staying up-to-date with new devices, Hears to U, can provide you with the most cutting-edge OTC hearing aids. Ensuring that your hearing experience remains optimized.
As you embark on your journey to find the perfect OTC hearing aids, remember there is no single “best” choice. Embrace the diversity and variety of options available to you, and let your personal preferences guide your decision. Hears to U, Hearing & Hearables offers a range of OTC hearing aids to suit your individual needs. Remember that new products will continue to emerge, and Hears to U, Hearing & Hearables will be there to provide you with the latest advancements in the field. So, celebrate your uniqueness and find the OTC hearing aids that are best for you!
When it comes to choosing the right OTC hearing aids, it is essential to strike a balance between reviewing the features and experiencing the device firsthand. Researching and comparing features is crucial in making an informed decision. However, nothing can replace the experience of actually listening with the device. That’s why it’s beneficial to seek the guidance of hearing care professionals like Hears to U, Hearing & Hearables. These professionals understand the intricacies of hearing aids and can provide valuable support in choosing the most suitable device for your individual needs.
Hears to U Audiologists can help you navigate through the available options. They will explain the features in detail, and even facilitate trials or demos so you can listen to the devices and evaluate their performance. Hears to U hearing professionals have the experience working with others that have tried different products and can share that valuable information.
It’s important to note that while the support and expertise of hearing care professionals are invaluable, Hears to U Audiology services are typically sold separately from the hearing aids themselves. Therefore, it’s important to consider the additional cost of these services when budgeting for your hearing aids.
By combining thorough feature reviews with the insights of hearing care professionals, you can make a more informed decision and find the right hearing aids that enhance your hearing experience.
The Sony OTC CE10 and the Jabra OTC Enhance. Know that both of these OTC hearing aids come with in-the-ear style rechargeability.
Sony OTC hearing aids are renowned for their advanced sound processing algorithms that enhance speech clarity and reduce background noise. They often offer wireless connectivity options like Bluetooth and NFC, allowing seamless audio streaming. Sony hearing aids can be personalized with adjustable sound amplification levels and frequency responses.
Jabra OTC hearing aids prioritize exceptional sound quality and innovative features. They utilize Sound Enhancement technology, which aims to deliver a natural and personalized sound experience. Jabra hearing aids feature Bluetooth connectivity for wireless device pairing. Their SmartSound technology automatically adapts settings to different listening environments, ensuring optimal sound quality without manual adjustments.
What did you learn from reading the “marketing” material preferences? It is hard to decipher the differences and that is why we at Hears to U recommend listening to one as a demo if you can’t demo the OTC hearing aids, return the one you don’t like and buy the other.
Hears to U, Hearing & Hearables make it easy for you to return and exchange. Do what is right for your hearing needs and preference.
Curious about the differences between OTC (over-the-counter) hearing aids and professionally fit hearing aids? Let’s explore why the OTC category was created and how it differs from professionally fit options.
You must know that professionally fit hearing aids undergo regulation by the FDA and similar bodies in other countries to ensure user safety, effectiveness, and appropriate use. These regulations serve several crucial purposes. Firstly, hearing aids are classified as medical devices with potential impacts on health and well-being. Regulatory oversight helps ensure that these devices meet safety standards, minimizing risks for users when used as intended.
The OTC hearing aid category was established to enhance accessibility and affordability for individuals with mild to moderate hearing loss. Therefore eliminating the need for a prescription or involvement of a hearing healthcare professional, OTC hearing aids offer a convenient and cost-effective solution. This empowers individuals to take control of their hearing health as well as presents an alternative option for addressing their hearing needs.
Differences between OTC and Professionally Fit Hearing Aids:
OTC hearing aids are readily available without a prescription or professional involvement, allowing consumers to access them off-the-shelf, online, or in retail stores.
No hearing evaluation is required when buying OTC hearing aids, offering a hassle-free purchase experience.
OTC hearing aids generally follow a one-size-fits-all approach, with limited or no customization options based on individual hearing profiles.
OTC hearing aids often offer basic functionality and may lack advanced features like digital signal processing, directional microphones, noise reduction, or wireless connectivity.
OTC hearing aids typically lack personalized support and follow-up care from hearing healthcare professionals. Users are responsible for self-management and troubleshooting, though third-party services may be available separately.
Compared to professionally fit hearing aids, OTC devices are generally more affordable due to the absence of professional services associated with fitting and follow-up care.
Professionally fit hearing aids necessitate a prescription obtained through a comprehensive hearing evaluation performed by a licensed hearing healthcare professional.
What to Know When Buying Prescription Hearing Aids
Professionally fit hearing aids are tailored to an individual’s specific hearing needs, including audiometric testing, lifestyle assessment, and customization based on their unique hearing profile.
These hearing aids often incorporate advanced digital signal processing technology, offering precise sound amplification, noise reduction, directional microphones, feedback cancellation, wireless connectivity, and specialized programs for different listening environments.
Users receive ongoing support, including initial fitting and programming, adjustments based on user feedback, regular check-ups, and assistance with any concerns or issues. Additional services like aural rehabilitation and technology apps may also be available.
Professionally fit hearing aids are typically more expensive due to the comprehensive services and support provided by hearing healthcare professionals.
Remember that regulations surrounding OTC and professionally fit hearing aids may vary by country. To make the best decision based on your unique needs and preferences, consulting with a hearing healthcare professional is essential. Undoubtedly, their expertise will guide you toward the hearing aid option that will truly elevate your auditory experience. Get ready to embrace a world of better hearing by seeking professional guidance and enjoying the sounds you’ve been missing out on!
While some hearing aids have water-resistant or waterproof features, it’s important to note that not all are fully waterproof. The level of water resistance or waterproofing can vary between different hearing aid models and manufacturers.
Nano-coatings or special seals design many modern hearing aids to resist moisture, such as sweat or light rain.. These features provide a certain degree of protection against accidental exposure to water.
However, understanding that even if a hearing aid label indicates water resistance or waterproofing, it typically has limits. Understanding the depth and duration of water exposure it can endure is crucial. For instance, a hearing aid with a water-resistant rating can withstand splashes or brief submersion. But manufacturers may not design it for prolonged underwater use or swimming.
If you require a hearing aid specifically for activities involving water, such as swimming or showering, it’s advisable to explore models that are explicitly marketed as waterproof or suitable for these purposes. Always consult with a hearing healthcare professional or audiologist who can provide guidance.
1. Water-resistant: A water-resistant hearing aid is designed to withstand some exposure to water without immediate damage. It can handle minimal amounts of moisture, such as sweat or light rain. Water-resistant hearing aids often have special coatings, seals, or materials that help repel water and prevent it from entering the device. However, manufacturers have not built them to be completely impervious to water. Even with this labeling they may not be suitable for full immersion in water or extended exposure to moisture.
2. Waterproof: A waterproof hearing aid is designed to provide a higher level of protection against water compared to water-resistant models. Manufacturers specifically build these hearing aids to withstand more intense water exposure, such as swimming, showering, or participating in water sports. They have enhanced seals, gaskets, and other measures to prevent water from entering the device. Therefore preventing damage to the internal components. Manufacturers typically test and certify waterproof hearing aids to meet specific standards for water resistance. These standards include the International Electrotechnical Commission (IEC) standards for water resistance (e.g., IPX7 or higher).
It’s important to note that even with waterproof hearing aids, there are often limitations to the depth and duration of water exposure they can handle. Manufacturers provide guidelines and specifications regarding the maximum water resistance capabilities of their devices. It is crucial to review and follow their recommendations to ensure the hearing aid remains protected.
Ultimately, the level of water resistance or waterproofing you require in a hearing aid depends on your specific needs. Consult with a hearing healthcare professional to find a hearing aid that suits your lifestyle.
1. IP (Ingress Protection): The first two letters “IP” refer to “Ingress Protection,” indicating the level of protection against foreign objects like dust and water.
2. 6 (Solid particle protection): The first digit in the IP rating, which is “6” in this case, signifies the device’s ability to resist the intrusion of solid particles. A rating of 6 indicates that the device is “dust-tight,” meaning it offers complete protection against dust and other small particles. It implies that no dust can enter the device and affect its functionality.
3. 8 (Water protection): The second digit in the IP rating, which is “8” in this case, represents the device’s water resistance capabilities. A rating of 8 indicates that the device is protected against the effects of continuous immersion in water under specified conditions. However, the specific conditions, such as depth and duration of immersion, are not defined in the IP rating itself and may vary depending on the manufacturer’s specifications.
In summary, an IP68 rating for a hearing aid or any electronic device indicates that it provides complete protection against dust and can withstand continuous immersion in water under specified conditions. However, it’s essential to check the manufacturer’s guidelines and instructions. These allow you to understand the specific limits and recommendations for water exposure for the device in question.
Interested in finding the hearing aid with the best waterproof rating? We recommend reaching out to hearing aid manufacturers, consulting with hearing healthcare professionals, or researching product offerings from reputable companies. We all can provide you with the most up-to-date information on available models and their waterproof capabilities. Additionally, reading customer reviews and experiences can also provide insights into the waterproof performance of different hearing aids.
Thanks and happy swimming!
This technology refers to the use of two separate processing units or cores that work together to handle computational tasks more efficiently. Hearing aids specifically utilize dual-core processing to enhance sound processing capabilities and improve the overall performance of the device.
Here’s an overview of how dual-core processing works in hearing aids:
The two processing cores in a dual-core system are assigned specific tasks based on their capabilities and design. For example, one core may be dedicated to handling low-frequency sounds, while the other core focuses on high-frequency sounds.
Each processing core independently analyzes and processes the incoming sound signals within its assigned frequency range. This allows for specialized and focused processing of different portions of the sound spectrum.
The two processing cores work simultaneously and in parallel. They process their assigned frequency ranges simultaneously, allowing for faster and more efficient overall processing of the sound signals.
After processing the sound signals independently, the outputs of the two processing cores are integrated or combined back together. This integration ensures that the system synchronizes and presents the processed sound signals from both cores as a unified audio output to the wearer.
The processing algorithms implemented in each core are designed to complement each other and work in harmony. The algorithms take into account the specific characteristics and requirements of the assigned frequency ranges, optimizing the processing for those specific frequencies.
Dual-core processing leverages the strengths and capabilities of each core to optimize sound processing. By dividing the processing workload and utilizing specialized algorithms, the system can effectively handle complex sound environments, enhance speech intelligibility, and provide a more accurate and balanced representation of the acoustic environment.
Dual-core processing in hearing aids enables more advanced and efficient sound processing capabilities. By leveraging the strengths of multiple processing cores, the system can handle a broader range of frequencies, improve overall sound quality, and provide a more tailored listening experience for individuals with hearing loss.
Dual-core processing in hearing aids refers to the utilization of two separate processing units or cores that work together to enhance the sound processing capabilities of the device. This approach aims to improve the overall performance and efficiency of the hearing aid in handling complex sound environments.
The system assigns specific tasks based on their capabilities to the two processing cores in a dual-core processing system. For example, the system may dedicate one core to processing low-frequency sounds, while the other core focuses on high-frequency sounds. This division of processing tasks allows each core to specialize in analyzing and processing its assigned frequency range more effectively.
Each processing core works independently, analyzing and processing the incoming sound signals within its assigned frequency range. This independent processing enables specialized and focused treatment of different portions of the sound spectrum. By simultaneously processing their assigned frequency ranges in parallel, the two cores can handle the computational workload more efficiently, resulting in faster and more accurate sound processing.
After processing the sound signals independently, the outputs of the two processing cores are integrated or combined back together. This integration ensures that the processed sound signals from both cores are synchronized and presented as a unified audio output to the wearer. The coordinated algorithms implemented in each core work in harmony to optimize the processing for their assigned frequency ranges, taking into account the specific characteristics and requirements of those frequencies.
By leveraging the strengths and capabilities of each core, dual-core processing enhances the overall sound processing capabilities of the hearing aids. It allows for the handling of a broader range of frequencies, improved sound quality, and a more tailored listening experience for individuals with hearing loss. This technology can effectively handle complex sound environments, enhance speech intelligibility, and provide a more accurate and balanced representation of the acoustic environment.
Most hearing aid manufacturers incorporate dual-core processing or similar advanced processing technologies in their products. These technologies enhance the performance and capabilities of the hearing aids. Here are some notable examples:
The Nx, Xperience, and AX platforms all utilize multi-core technologies. Signia utilizes “Own Voice Processing (OVP)” technology, which incorporates dual-core processing. This technology focuses on optimizing the processing of the wearer’s own voice while maintaining natural sound perception.
Rexton Mcore and Bicore platforms have the same technology as do Signia’s hearing aids.
Phonak’s Lumity, Marvel, and Paradise platforms have duel core technology. Phonak features “AutoSense OS,” a technology that utilizes parallel processing in their hearing aids. It encompasses both dual-core and quad-core processing, adapting to different sound environments for improved sound quality.
Widex’s latest Moment and the EVOKE platform incorporate current technology. Widex incorporates “Sound Class Technology” in their Moment and EVOKE hearing aids, which utilize dual-core processing. This technology analyzes and classifies sound environments, allowing for adjustments to amplification settings accordingly.
Resound’s LiNX, Omnia, and Quattro platforms. ReSound developed a chip with a processing speed 100 times faster than previous models. While not explicitly mentioning dual-core processing, it incorporates advanced processing capabilities to deliver improved sound quality and performance.
It’s important to note that hearing aid technologies evolve rapidly, and manufacturers may have introduced new advancements since my knowledge cutoff. To obtain the most up-to-date information on specific hearing aids and their features, it is recommended to consult the respective manufacturers or reach out to a hearing healthcare professional like us at Hears to U, Hearing & Hearables.
Rexton is a well-known brand in the field of hearing aids, offering a range of advanced and innovative hearing solutions. Key features of their hearing aids include rechargeability, ease of use, and more affordable than their sister company, Signia.
Rexton offers a diverse range of hearing aids designed to cater to various degrees of hearing loss and individual preferences. Their product lineup includes behind-the-ear (BTE) hearing aids, receiver-in-canal (RIC) hearing aids, and in-the-ear (ITE) hearing aids.
Rexton has incorporate cutting-edge technology to deliver optimal sound quality and enhanced listening experiences. They often include features like noise reduction, speech enhancement, feedback cancellation, and directionality, which help individuals hear more clearly in different listening environments.
Many of Rexton’s current devices are compatible with wireless connectivity, allowing users to stream audio from their smartphones, televisions, and other Bluetooth-enabled devices directly to their hearing aids. This feature enables seamless integration with modern digital lifestyles and enhances overall convenience.
Rexton offers rechargeable hearing aids that eliminate the need for regular battery replacements. These models typically feature lithium-ion batteries. These batteries provide long-lasting power, and are charged overnight for a full day’s use.
Rexton hearing aids are designed with individual needs in mind. They often come with multiple program settings and adjustable features. These can be personalized to match specific listening preferences and environments. Some models may even offer smartphone apps that allow users to fine-tune settings and make adjustments for optimal comfort and performance.
Rexton aids are known for their robust construction and durability. They are designed to withstand daily wear and tear while providing reliable performance. Many models are also resistant to moisture, dust, and other environmental factors, ensuring longevity and reliability.
Rexton devices are typically fitted and adjusted by hearing care professionals. These professionals can provide guidance on selecting the right device, customizing settings, and offering ongoing support and maintenance to ensure optimal hearing outcomes.
It’s important to note that specific features, technologies, and availability of Rexton brand hearing device may vary across different models and regions. To explore the full range of Rexton products we recommend consulting with a qualified hearing care professional. Or visit the official Rexton website for detailed information.
Yes, the Rexton hearing aid is available at various hearing healthcare providers and is not exclusively limited to Costco. While Rexton does have a partnership with Costco, offering specific models under the Kirkland Signature brand, they also distribute their hearing aids through independent hearing aid clinics and other authorized retailers.
Independent hearing healthcare professionals and audiology clinics may carry Rexton brand as part of their product offerings. These professionals have the expertise to assess your hearing needs, provide personalized recommendations, and offer fitting and ongoing support for Rexton hearing device.
Hears to U, Hearing & Hearables, carries Rexton hearing aids because they are a good quality. Rexton hearing aids, you can visit the official Rexton website and use their “Find a Provider” tool. This tool allows you to search for authorized Rexton providers in your area.
It is recommended to consult with a hearing healthcare professional to determine the most appropriate hearing aids for your specific needs and to receive personalized care throughout the fitting and adjustment process.
