Biden Broadband Plan Welcomed by Internet Users

Biden wants to end hidden fees and fund municipal and nonprofit networks.

Jon Brodkin, Mar 31, 2021 | Original Ars Technica article here.

President Joe Biden speaking into a microphone and gesturing with his hands.

President Biden’s plan to connect all Americans with high-speed broadband includes proposals to boost competition, build more publicly owned networks, lower prices, and prioritize “future-proof” networks instead of ones that would quickly become outdated. In other words, the plan includes some of the broadband industry’s least-favorite ideas and is sure to meet fierce resistance from cable and telecom lobby groups and Republicans.

Biden’s $100 billion broadband proposal is part of the American Jobs Plan described by the White House in a fact sheet released today. The broadband details released so far are a bit vague, and the plan could be changed in Congress, but there’s a lot to like for Internet users.

Continue reading “Biden Broadband Plan Welcomed by Internet Users”

Adobe Releases Lightroom Updates

Offers new features and improved performance.

By Jeremy Gray, Mar 16, 2021 | Original DP Review article here.

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Adobe has announced updates for Lightroom, Lightroom for mobile and Lightroom Classic. Lightroom desktop (version 4.2) and Lightroom for mobile (version 6.2) include numerous new features, Apple ProRaw support and additional enhancements. Meanwhile, improved performance is the primary update to Lightroom Classic (version 10.2).

Looking first at Lightroom desktop (4.2), the software features a new personalized feed. The ‘For you’ tab in the ‘Learn’ and ‘Discover’ sections now feature in the desktop version of Lightroom. From here, users can access guided tutorials and interactive edits, which are specifically curated for individual users. For more information about this feature, click here.

In both Lightroom desktop and Lightroom for mobile, Apple ProRaw images are now supported. When you import images shot using Apple ProRaw, they will be automatically imported using the new default from now on. The new profile support results in images that better match your in-camera experience. Apple ProRaw is available on iPhone 12 Pro and iPhone 12 Pro Max devices running iOS 14.3 or later and promise greater creative control when editing.

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Learn about major new features and enhancements in the June 2021 release of Lightroom Classic (version 10.3).

Super Resolution

Super Resolution enables you to get the most out of your images by intelligently improving image quality while maintaining sharp edges and color accuracy. Powered by AI technology, Super Resolution increases the width and height by 2x each for a total of 4x pixels. This is perfect for making large prints or simply improving the quality of any image, even ones that are cropped super tight. The feature supports most file types including JPEG and TIFF.

  1. In the Library or Develop module, select the image that you want to enhance.
  2. Control-click (on Mac)/right-click (on Windows) the image and select Enhance from the content menu.

    You can also choose Photo > Enhance, from the menu bar.

    Lightroom-classic-super-resolution

  3. In the Enhance Preview dialog box, select Super Resolution. The estimated completion time to enhance the image is displayed at the bottom. Once enhanced, click and move the cursor to see other parts of the image. You can also hold the cursor to see the before and after effect on the image.

    The zoom-out icon in the lower-right corner of the preview allows you to view the full image.

    Lightroom-classic-super-resolution

  4. Click Enhance to create an enhanced DNG version of your image.

    Note: The enhanced image is saved as a new DNG file with the filename in this format: ‘Original filename-Enhanced.dng’ and is placed next to the source image.

For more information, see Improve image quality using Enhance.

Tethered Live View for Nikon

Available for select Nikon cameras

See exactly what you are shooting in real time while tethering with Lightroom Classic’s new live view for Nikon cameras. When active, the live view from the camera will appear in a separate resizable window with the option to rotate the orientation. Feature focus control buttons will also appear in the tether bar, including Auto-Focus.

Follow these quick steps to turn Live View on:

  1. Connect a supported Nikon camera to your computer and launch Lightroom Classic. Live View support – Nikon cameras

    The following Nikon camera models support Live View in Lightroom Classic:

    • Nikon D850
    • Nikon D500
    • Nikon Z6
    • Nikon Z7
  2. Choose File > Tethered Capture > Start Tethered Capture.
  3. Specify the settings in the Tethered Capture Settings opened dialog box.
  4. Click OK. The Tether bar appears after Lightroom Classic detects a camera.
  5. Click Live in the Tether bar to start Live view tethering.
  6. While in the Live view, adjust the focus of your camera from the Tether bar using the Focus Control buttons.
    • Click the AF button to turn on/off the Auto Focus mode.
    • If the Auto Focus mode is disabled, use the img and imgbuttons to control the focus manually.

For more information, check out Tethered Live View. For the list of supported Nikon camera models, go to Live View support – Nikon cameras.

Native support for Apple Silicon Computers

Starting with version 10.3, Lightroom Classic runs natively on Apple Silicon devices for the optimal experience and performance. Tethered Capture is supported on Apple Silicon devices under the Rosetta emulation mode. For more information, see Tether support on Apple Silicon devices.

Support for new cameras and lenses

For a full list of supported cameras and lens profiles, see these resources:

Other Enhancements

Faster Metadata Management

With this release, you will experience performance improvements while selecting and updating metadata for multiple images.

File location changes for Develop Presets

With this release, the following changes have been made in develop presets:

File structure

  • Any newly created develop preset will now be stored at the following locations instead of the existing hierarchy-based file structure.
    • macOS – /Users/[user name]/Library/Application Support/Adobe/CameraRaw/Settings
    • Windows – C:\Users[user name]\AppData\Roaming\Adobe\CameraRaw\Settings
  • This will not impact the file structure of the existing presets stored on your system.

Note:

If you’ve enabled the Store Presets With This Catalog option in the Lightroom Classic preferences, the presets files are saved at the following location:

macOS: MacHD/[catalog location]/[catalog folder name]/Lightroom Settings/Settings

Windows: C:\Users[user name][catalog location][catalog folder name]\Lightroom Settings\Settings

PROCESS VERSION

  • Lightroom Classic will not show any warning if the Process Version option is not selected while creating or editing presets.
  • The Process Version option will be auto-selected if a related setting is selected.

Premium Presets

The new premium preset packs are now available in Lightroom Classic.

Premium presets

In terms of user interface changes, Lightroom desktop (4.2) and Lightroom for mobile (6.2) add the ability to view combined notifications in the Activity panel. On desktop, users can also now mute settings on a specific panel. If you want to view an edited photo without a specific panel’s setting, you can long-press the eye icon to mute a specific panel. On Lightroom desktop, there are new filter options to view edited or unedited images. On Lightroom for mobile (Android), you can now more easily tell when you’ve made edits in a panel thanks to a new ‘dot’ icon.

On macOS, Lightroom Classic (version 10.2) promises improved performance when navigating through images in your filmstrip, using the Library Loupe, Develop and Compare View features. Scrolling through the Library grid is also smoother. On macOS and Windows, common batch editing functions, including Copy+Paste, Sync Settings, Quick Develop and Auto-Sync, are said to be noticeably faster in the latest version.

CHD v FCC Lawsuit re: OTARD Rules

From the Feb 26, 2021 filing in UNITED STATES COURT OF APPEALS FOR THE DISTRICT OF COLUMBIA CIRCUIT Case No. USCA No. 21-1075 challenging FCC Order 21-10, “Updating the Commission’s Rule for Over-the-Air Reception Devices, WT Docket No. 19-71”, please read the following.

Key Excerpts:

Children’s Health Defense is a 501(c)(3) nonprofit advocacy organization dedicated to ending children’s chronic health conditions by eliminating harmful toxic exposures. The pulsed, data-modulated, Radiofrequency Electromagnetic Microwave Radiation (RF-EMR) from cellular infrastructure antennas and wireless devices , even at levels hundreds of thousands of times below the Federal Communications Commission’s RF-EMR exposure guidelines, is a hazardous toxin and a major contributory factor in the exponential increase in sickness in adults and children. CHD advocates on children’s behalves by seeking science-based safeguards and substantive and procedural protections for and on behalf of those who have already been injured by RF-EMR and those who will be harmed by RF-EMR in the future.

Continue reading “CHD v FCC Lawsuit re: OTARD Rules”

Explosive, New Unredacted Report by CA Commission about AT&T California

By Bruce Kushnick, Feb 22, 2021 | Original Medium article here.

Report Corroborates IRREGULATORS Call to Investigate Billions of Cross Subsidies.

 
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Over the last few weeks, a senior citizen named Aaron Epstein defied the odds. He was so frustrated with his old copper based DSL service and not having a high-speed fiber connection from AT&T California that he took out ads in the WSJ for a hefty $10 grand — and in days, he had humiliated AT&T into connecting him to their AT&T Fiber service.

But what about the other 17.8 million residential customers in AT&T California territory or the 70+ million in the 21 states where AT&T controls the largest public telecommunications utilities in each state?

Continue reading “Explosive, New Unredacted Report by CA Commission about AT&T California”

New 4G/5G Poles Don’t Belong in Tucsonans’ Front Yards

Adapted from a Tucson Daily article, Feb 21, 2021 | Original article here.


Motion Assigns Tucson Wireless Ordinance Revision to City Manager

Feb 23, 2021 City of Tucson City Council Study Session (view for 20 mins)

https://youtu.be/GSh9i1WTCVI?t=4h54m24s


Public Comments re: Tucson Wireless Ordinance Revision

Feb 23, 2021 City of Tucson City Council Regular Session (view for 15 mins)

https://youtu.be/GSh9i1WTCVI?t=6h48m55s


The first sign you see may be men trenching and boring the ground along the edge of your street. Or you may be lucky enough to get a flyer on your door handle, or a knock on your door to let you know they’re coming. Before you know it, a gleaming, 35-foot cell pole stands on your street — maybe right in front of your house.

WAM: Does it have to be this way? No. This is only happening because the City of Tucson has not passed a sufficiently protective Wireless Telecommunications Facilities (WTFs) ordinance. Under the 1996 Telecommunications Act (1996-Act), and the case law in the US Court of Appeals, Ninth Circuit, the City of Tucson has the duty and obligation to do the following:

  1. Regulate the operations of personal wireless service facilities (per US Code, Title 47 § 332(c)(7)Preservation of local zoning authority)
  2. Ensure that no WTF is placed, constructed or modified if it does not “use the minimum power necessary for the communication desired” (per US Code Title 47 § 324Use of minimum power)
  3. Only approve WTFs that are needed based on the applicant placing substantial written evidence in the public record that a significant gap in Carrier-specific wireless telecommunications service exists in the target area (per the 2005 ruling in MetroPCS v San Francisco )

See more here: from Andrew Campanelli, Esq. → https://youtu.be/294sAdzkdH4

Continue reading “New 4G/5G Poles Don’t Belong in Tucsonans’ Front Yards”

DC Circuit May Reverse FCC’s RF-EMR Exposure Limits Order 19-126 from December 2019

Adapted from a Feb 11, 2021 National Law Review article here.

On Jan. 25, 2021, the U.S. Court of Appeals for the D.C. Circuit heard oral argument on the Federal Communication Commission’s (FCC’s) 2020 decision on pulsed, data-modulated, Radio-frequency Electromagnetic Microwave Radiation (RF-EMR) in which the FCC made a number of procedural changes to its rules an purportedly left the RF-EMR limits adopted in 1996 unchanged. See the Jan. 23, 2020 blog entry “Old Limits and New Procedures for FCC RF Exposure Rules” for detailed discussion of the FCC decision.

https://youtu.be/E3jsLvaLC3g?t=1h47m50s

Wire America: Actually, FCC Order 19-126 allows the Wireless industry to increase the difference between peak and average RF-EMR exposures by several orders of magnitude.

Listening to the oral argument reveals that the FCC position was not well received by the Court of Appeals. Strikingly, one of the judges reportedly stated during oral argument that he was inclined to rule against the FCC because the agency’s reliance on U.S. health and safety agencies’ judgments was not well substantiated. The FCC does have an opportunity to add to the record of the case to try to bolster its position.

If the FCC decision is reversed, it could result in an extended period of uncertainty for domestic RF-EMR exposure guidelines, which would likely raise substantial problems for both manufacturers of wireless radio equipment and network operators. Generally, demonstration of compliance with the FCC’s RF-EMR exposure has been considered a safe harbor for equipment manufacturers and system operators — but now, there may need to be substantial changes throughout the entire wireless ecosystem.

Continue reading “DC Circuit May Reverse FCC’s RF-EMR Exposure Limits Order 19-126 from December 2019”

DARPA starts a 5G Open-Source Stack Project with the Linux Foundation

By Kelly Hill, Feb 18, 2021 | Original RCR Wireless Article here

5G O-RAN

The Defense Advanced Research Projects Agency (DARPA) has begun a broad collaboration with the Linux Foundation, hoping to spur open-source development of technologies for use by the U.S. government that include secure 5G network software and applications.

The US GOV OPS (Open Programmable, Secure) umbrella organization’s first project, OPS-5G, will focus on a software stack for 5G, the network edge and IoT. According to a newly established website about the project, OPS-5G will define and test an “end-to-end 5G stack” and include elements from multiple Linux Foundation projects, including LF Networking, LF Edge, Zephyr Project and Cloud Native Computing Foundation, along with other top-tier projects that call the Linux Foundation home.

“The project formation encourages ecosystem players to support U.S. government initiatives to create the latest in technology software,” according to DARPA and the Linux Foundation. According to the two organizations, OPS-5G’s goal is to “create open source software and systems enabling secure end to end 5G and follow-on mobile networks” and address “feature velocity” in open-source software, mitigate security concerns such as large-scale botnets that leverage IoT devices, network slicing on “suspect gear” and “adaptive adversaries operating at scale.”

Mike Woster, head of ecosystems at the Linux Foundation, said that the Linux Foundation’s breadth of projects means that between existing open source projects and new ones that may be initiated under the US GOV OPS umbrella, it will be possible to stitch together a “full, 5G end-to-end 5G reference architecture.” The umbrella project also gives DARPA a place to push the results of its research and development into open-source collaborations. The overall goal is to accelerate 5G software development ranging from specific applications to network feature support, and orchestration and analytics, by borrowing from and building upon existing open-source projects and new ones.

The US GOV OPS project will launch as a standard open source project, with a charter similar to other projects within the Linux Foundation; which already is home to a number of projects related to Open RAN, edge computing, Kubernetes and others that will enable US GOV OPS to “build on a secure code base for use by the U.S. government,” according to a release.

Continue reading “DARPA starts a 5G Open-Source Stack Project with the Linux Foundation”

FCC Overhauls Its Broadband Data Collection Rules and Modernizes its Broadband Mapping

By Douglas G. Bonner , Aug 21, 2020 | Original Potomac Law Group article here

FCC 2021 Third Report and Order: Establishing the Digital Opportunity Data Collection; Modernizing the FCC Form 477 Program, WC Docket Nos. 11-10 and 19-195

The following article describes FCC rules published in Aug 2020.

On August 18, 2020, the FCC’s final rules were published for the development of a new, detailed national broadband map to determine what areas of the country are served and unserved by fixed and mobile broadband. This will better inform policymakers and consumers where further investment is needed to deploy broadband.

This is a major overhaul of the FCC’s broadband reporting rules and is intended to make its broadband mapping — and the data on which it is based — much more reliable and accurate than it has historically been. With millions of U.S. employees and students working and studying at home during the COVID-19 pandemic — now entering its sixth month — high quality broadband has truly become essential, often life-saving, infrastructure to every American, like access to the electric grid. The lack of accurate data was exposed in December 2019 when the FCC suspended the Mobility Fund Phase II reverse auction following an FCC report detailing inaccuracies in the 4G LTE mobile broadband coverage data reported by mobile providers.

To address this, under these new broadband data collection rules, future broadband mapping by the FCC will be based on granular broadband availability and performance data reported semiannually by fixed and mobile broadband providers. The reported data will also be subject to multiple sources of verification, including a third party challenge process.

In the Second Report and Order in its Digital Opportunity Data Collection rulemaking,1 begun one year earlier, the FCC took concrete action to address the “compelling and immediate need” for better broadband deployment data. In doing so, the Order also responds to the mandates of Congress’ Broadband DATA Act enacted in March 2020, in which Congress required the FCC to issue final rules within 180 days

  • (1) requiring the collection of granular data from broadband providers on the availability and performance of broadband services;
  • (2) creating publicly available coverage maps;
  • (3) establishing processes for the challenge and verification of coverage maps; and
  • (4) creating a common database where fixed broadband services exist or can readily be provisioned.

Historically, the FCC’s broadband data collection has, since 2000, relied on the FCC Form 477. Since 2013, the FCC has had a Form 477 form filing requirement that all fixed service providers do census block-level reporting of where they offer broadband access. While admittedly “imperfect,” that data relying exclusively on existing broadband providers, without further verification, helped the Commission identify at least many areas where broadband was unavailable.

However, the need for more granular and verifiable data has become increasingly important to

  1. target high cost support to truly unserved areas and
  2. avoid subsidizing overbuilding.

The new broadband data collection rules require that all terrestrial fixed and satellite service providers must report either polygon shapefiles or lists of addresses or locations that make up their service areas. Fixed wireless providers must report their shapefiles in the form of wireless propagation maps and detail the speeds and latency of their service, or a list of addresses or locations that reflect their service areas. Providers must submit an explanation of the methodology or methodologies used, including how distances from aggregation points were determined.

The FCC also has established maximum “buffers” around network facilities such as distribution or coaxial plant to define potential “maximum” coverage for specific fixed technologies, to which the provider can actually serve locations with broadband. That is, if it cannot serve locations with broadband up to the maximum distance from the aggregation point, the provider should exclude those areas from reporting as served by broadband. The maximum buffers for fixed broadband technologies are:

  • DSL (at 25/3 Mbps or greater) – 6,600 feet from the DSLAM
  • Hybrid-Fiber Coax (HFC or cable) – 12,000 feet from the aggregation point
  • Fiber to the Premises (FTTP) – 196,000 feet from the OLT to the ONT (Optical Network Termination)

The Commission will also require mobile broadband providers to use propagation modeling to generate technology-specific maps showing 4G LTE coverage, 3G networks and next-generation 5G-NR networks. To avoid inaccuracies or discrepancies in data previously reported for 4G LTE coverage, the FCC will require each mobile coverage map to reflect coverage areas whether wireless users should expect to receive the minimum required download speed of at least 5 Mbps and upload speed of 1 Mbps, with not less than a 90% cell edge coverage probability and a cell loading of not less than 50%.

Order, paras. 37-39. For 5G-NR networks, the FCC requires those wireless providers to use a minimum speed threshold of 7/1 Mbps at the cell edge. Furthermore, 5G-NR service providers will need to submit deployment data based on a 25/3 Mbps minimum speed threshold at the cell edge.

The FCC will also require mobile providers to provide detailed information about their propagation models and link budgets to verify the accuracy of their propagation models.

The “Fabric”

The FCC, guided by its stated intention in the Digital Opportunity Data Collection rulemaking and the requirements of the Broadband DATA Act (“Act”), approved adoption of the “Fabric” or a database containing geocoded locations for all locations where a broadband connection “can be installed.” However, at the same time, the FCC cautions (as Chairman Pai has also testified before Congress) that while the Act authorizes the FCC to contract with an entity with GIS expertise to create and maintain the “Fabric,” the FCC “has not yet been appropriated funding to implement [it]…and therefore cannot begin to implement them.” Id. para. 54. So when this Fabric will be created, and by whom, still remains uncertain.

Timing of Collection Filings As required by the Act, the FCC establishes filing deadlines of March 1 (reporting data as of December 31 the previous year) and September 1 (reporting data as of June 30 of the current year). A public notice will be issued at least six months prior to the initial filing deadline, and fixed and mobile service providers must file their initial reports by that initial filing deadline. Because this Order is effective September 17, 2020, a public notice on or before October 1, 2020 announcing the initial new broadband data reporting deadline of March 1, 2021 for data as of December 31, 2020 can be expected.

Processes for Verifying Broadband Availability Data To comply with the Act, the FCC adopted rules for processes to verify the accuracy and reliability of broadband service availability data submitted by providers. The FCC adopted the following measures to do so:

  • cross-checking of coverage data submitted with the USAC-maintained High Cost Universal Broadband (HUBB) portal;
  • use of FCC audits;
  • a certification requirement for all biannual provider submissions; and
  • processes for collecting crowdsourced and verified third-party data.

The FCC has directed its OET, OEA, WCB and WTB offices to develop a process for entities and individuals to submit fixed and mobile crowdsourced data consistent with the Act and Commission policies. Consideration of crowdsourced data submitted will prioritize “highly reliable” data collection applications that have “proven methodologies” for gauging network coverage and performance. An online portal will be created for crowdsourced data filings and for challenge filings.

Broadband Map

The FCC will establish a Broadband Map that depicts the extent of broadband availability, as well as unserved areas, overlaid on the fixed service Fabric data, “without regard to whether that service is fixed or mobile,” AND separate maps depicting fixed coverage and mobile coverage. These coverage maps will be updated “at least biannually.”

Further Comment Sought on Challenge Process and on Form 477 Filings In a further notice of proposed rulemaking published on August 18, the FCC requests comment on proposals to enable consumers, and state, local and tribal governments, to challenge broadband data submitted by broadband providers. It also seeks comment on targeted changes to broadband subscribership data submitted by broadband providers.

The FCC asks for input on requiring certifications from engineers on mobile propagation maps to be filed by mobile broadband providers under the new reporting rules. Finally, the FCC seeks comment on how it should interpret and enforce the Broadband DATA Act’s proscription that it is unlawful to “willfully and knowingly, or recklessly, submit information or data that is materially inaccurate or incomplete” with respect to the “availability” or “quality” of broadband service.

It asks what the scope of penalties should be for violations of this standard, and whether a new base forfeiture amount should be set for such violations under section 503(b) of the Act. Interested parties may file comments on or before September 8, 2020. Reply comments can be filed on or before September 17, 2020.


  1. Establishing the Digital Opportunity Data Collection; Modernizing the FCC Form 477 Program, WC Docket Nos. 11-10 and 19-195  ↩

2018 NTP Conclusions re: RF Microwave Radiation Studies in Rats

https://ntp.niehs.nih.gov/ntp/about_ntp/trpanel/2018/march/actions20180328_508.pdf

The National Toxicology Program (NTP) convened the NTP Technical Reports Peer Review Panel (“the Panel”) on March 26-28, 2018, to peer review two Draft NTP Technical Reports on Cell Phone Radiofrequency Microwave Radiation. Meeting information, including the draft reports, is available at the NTP website (https://ntp.niehs.nih.gov/go/36051). A meeting report will be prepared and posted to the NTP website when completed

Neoplastic Lesions: GSM Modulation

Male Hsd:Sprague Dawley SD rats, exposed to GSM-modulated cell phone RF Microwave Radiation at 900 MHz

  • Panel 2 voted to recommend (8 yes, 3 no, 0 abstentions) the conclusion,

Clear evidence of carcinogenic activity of male Hsd:Sprague Dawley SD rats based on incidences of malignant schwannoma in the heart

  • Panel 2 voted to recommend (7 yes, 4 no, 0 abstentions) the conclusion’

Some evidence of carcinogenic activity of male Hsd:Sprague Dawley SD rats based on incidences of malignant glioma in the brain.

  • Panel 2 voted to recommend (6 yes, 4 no, 1 abstention) the conclusion,

Some evidence of carcinogenic activity of male Hsd:Sprague Dawley SD rats based on incidences of pheochromocytoma (benign, malignant, or complex combined) in the adrenal medulla

Nonneoplastic Lesions: GSM Modulation

  • Panel 2 voted to accept unanimously (11 yes, 0 no, 0 abstentions) the conclusion as written,

Increases in nonneoplastic lesions in the heart, brain, and prostate gland of male rats occurred with exposures to GSM cell phone RF Microwave Radiation at 900 MHz.

  • Panel 2 voted to accept unanimously (11 yes, 0 no, 0 abstentions) the conclusion as written

Increases in nonneoplastic lesions in the heart, thyroid gland, and adrenal gland in female rats occurred with exposures to GSM cell phone RF Microwave Radiation at 900 MHz.

Sacramento Has Six Active 5G Sites

CBS-13, Sacramento, May 29, 2018 at 5:24 pm | Original article here.

Questions Raised About 5G Health Risks Months Before Sacramento Launches Service

According to the National Cancer Institute,

“A limited number of studies have shown some evidence of statistical association of cell phone use and brain tumor risks.”

The City of Sacramento partnered with Verizon to offer 5G. A spokesperson told CBS13 the City of Sacramento currently has six active 5G sites- all are on SMUD utility poles:

  1. 1731 E Street / 18th St., Sacramento, CA | map
  2. 1619 E Street / 17th St., Sacramento, CA | map
  3. 421 14TH Street / Democracy Alley, Sacramento, CA | map
  4. 2330 Q Street / 24th St., Sacramento, CA | map
  5. 2019 21ST Street / Tomato Alley, Sacramento, CA | map
  6. 801 16TH Street / H St., Sacramento, CA | map

Continue reading “Sacramento Has Six Active 5G Sites”